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Accurately detecting heavy metals and other elements in environmental, food, and
elemental analysis samples depends on having high-quality reference materials.
Agilent ULTRA standards are rigorously tested and manufactured using ISO 17025
and 17034 accreditations.

To read a full description—plus ordering information—simply click the element
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 * Single-element standards available from Agilent
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1
IA
2
IIA
3
IIIB
4
IVB
5
VB
6
VIB
7
VIIB
8
9
VIII
10
11
IB
12
IIB
13
IIIA
14
IVA
15
VA
16
VIA
17
VIIA
18
VIIIA

1


H

1
Atomic number
1.008
Atomic weight
H
Element symbol
13.60
First ionization potential (eV)
-259
Melting point (°C)/1 atm

-253
Boiling point (°C)/1 atm


HYDROGEN

Atomic weight: 1.008

Isotope abundance: 1 (99.99%); 2 (0.01%)

Oxidation states: +1, 0, -1

Hydrogen


















2


HE

2
Atomic number
4.003
Atomic weight
He
Element symbol
24.59
First ionization potential (eV)

54.42
Second ionization potential (eV)
-269
Melting point (°C)/1 atm


HELIUM

Atomic weight: 4.003

Isotope abundance: 4 (100%)

Oxidation states: 0

Helium

3


LI

3
Atomic number
6.94
Atomic weight
Li
Element symbol
5.39
First ionization potential (eV)

75.64
Second ionization potential (eV)
181
Melting point (°C)/1 atm

1342
Boiling point (°C)/1 atm


LITHIUM

Atomic weight: 6.941

Chemical form in solution: Li+(aq) (large effective radius due to hydration
sphere)

Isotope abundance: 6 (7.59%); 7 (92.41%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2O at pH 7
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8289
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8290 1,000 µg/mL 5% HNO3 500 mL CRM IAA-203
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8408
10,000 µg/mL 5% HNO3 100mL CRM 5190-8409 10,000 µg/mL 5% HNO3 500mL CRM ICP-103
10,000 µg/mL 10% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8477
1,000 µg/mL 5% HNO3 100mL CRM 5190-8478 1,000 µg/mL 5% HNO3 500mL CRM ICP-003
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8572 10
µg/mL 2% HNO3 100mL CRM 5190-8589 10 µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610103000 Coded Lithium (Li) coded single element
hollow cathode lamp 5610124900 Uncoded Lithium (Li) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Lithium

4


BE

4
Atomic number
9.012
Atomic weight
Be
Element symbol
9.32
First ionization potential (eV)

18.21
Second ionization potential (eV)
1287
Melting point (°C)/1 atm

2468
Boiling point (°C)/1 atm


BERYLLIUM

Atomic weight: 9.012

Chemical form in solution: Be2+(H2O)42+

Isotope abundance: 9 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 5-10% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8264
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8265 1,000 µg/mL 5% HNO3 500 mL CRM IAA-204
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8360
10,000 µg/mL 5% HNO3 100mL CRM 5190-8361 10,000 µg/mL 5% HNO3 500mL CRM ICP-104
10,000 µg/mL 5% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8250
1,000 µg/mL 5% HNO3 100mL CRM 5190-8251 1,000 µg/mL 5% HNO3 500mL CRM ICP-004
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8565 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610100500 Coded Beryllium (Be) coded single element
hollow cathode lamp 5610122400 Uncoded Beryllium (Be) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Beryllium












5


B

5
Atomic number
10.81
Atomic weight
B
Element symbol
8.30
First ionization potential (eV)

25.15
Second ionization potential (eV)
2077
Melting point (°C)/1 atm

4000
Boiling point (°C)/1 atm


BORON

Atomic weight: 10.811

Chemical form in solution: B(OH)3 and B(OH)4-

Isotope abundance: 10 (19.9%); 11 (80.1%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-1,000 ppm
solutions chemically stable for years in 1% HNO3/LDPE container. 1000-10,000 ppm
stable for years in dilute NH4OH/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2O at pH 7
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8268
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8269 1,000 µg/mL 5% HNO3 500 mL CRM IAA-205
1,000 µg/mL 2% NH4OH 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8364
10,000 µg/mL 1% NH4OH 100mL CRM 5190-8365 10,000 µg/mL 1% NH4OH 500mL CRM
ICP-105 10,000 µg/mL 2% NH4OH 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8254
1,000 µg/mL H2O 100mL CRM 5190-8255 1,000 µg/mL H2O 500mL CRM ICP-005 1,000
µg/mL 2% NH4OH 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8566 10
µg/mL H2O 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610100700 Coded Boron (B) coded single element hollow
cathode lamp 5610122600 Uncoded Boron (B) uncoded single element hollow cathode
lamp, for all AAS instruments with octal base connector 5610135700 High
intensity UltrAA Boron (B) high intensity UltrAA coded single element hollow
cathode lamp

Boron

6


C

6
Atomic number
12.01
Atomic weight
C
Element symbol
11.26
First ionization potential (eV)

24.38
Second ionization potential (eV)
3825
Melting point (°C)/1 atm

3825
Boiling point (°C)/1 atm


CARBON

Atomic weight: 12.011

Chemical form in solution: (Carbon standard is made using Tartaric Acid)

Isotope abundance: 12 (98.93%); 13 (1.07%)

Oxidation states: +4, +2, -4

Carbon

7


N

7
Atomic number
14.01
Atomic weight
N
Element symbol
14.53
First ionization potential (eV)

29.60
Second ionization potential (eV)
-210
Melting point (°C)/1 atm

-196
Boiling point (°C)/1 atm


NITROGEN

Atomic weight: 14.007

Isotope abundance: 14 (99.64%); 15 (0.36%)

Oxidation states: +5, +4, +3, +2, -1, -2, -3

Nitrogen

8


O

8
Atomic number
16.00
Atomic weight
O
Element symbol
13.62
First ionization potential (eV)

35.12
Second ionization potential (eV)
-219
Melting point (°C)/1 atm

-183
Boiling point (°C)/1 atm


OXYGEN

Atomic weight: 15.999

Isotope abundance: 16 (99.76%); 17 (0.04%); 18 (0.2%)

Oxidation states: +2, +1, 0, -1, -2

Oxygen

9


F

9
Atomic number
19.00
Atomic weight
F
Element symbol
17.42
First ionization potential (eV)

34.97
Second ionization potential (eV)
-220
Melting point (°C)/1 atm

-188
Boiling point (°C)/1 atm


FLUORINE

Atomic weight: 18.998

Isotope abundance: 19 (100%)

Oxidation states: -1

Fluorine

10


NE

10
Atomic number
20.18
Atomic weight
Ne
Element symbol
21.56
First ionization potential (eV)

40.96
Second ionization potential (eV)
-249
Melting point (°C)/1 atm

-246
Boiling point (°C)/1 atm


NEON

Atomic weight: 20.179

Isotope abundance: 20 (90.48%); 21 (0.27%); 22 (9.25%)

Oxidation states: 0

Neon

11


NA

11
Atomic number
22.99
Atomic weight
Na
Element symbol
5.14
First ionization potential (eV)

47.29
Second ionization potential (eV)
98
Melting point (°C)/1 atm

883
Boiling point (°C)/1 atm


SODIUM

Atomic weight: 22.98977

Chemical form in solution: Na+(H2O)n+

Isotope abundance: 23 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2O at pH 7
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8311
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8312 1,000 µg/mL 5% HNO3 500 mL CRM IAA-211
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8454
10,000 µg/mL 5% HNO3 100mL CRM 5190-8206 10,000 µg/mL 5% HNO3 500mL CRM ICP-111
10,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8525
1,000 µg/mL 5% HNO3 100mL CRM 5190-8526 1,000 µg/mL 5% HNO3 500mL CRM ICP-011
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-411 10
µg/mL 0.5% HNO3 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610105300 Coded Sodium (Na) coded single element
hollow cathode lamp 5610127300 Uncoded Sodium (Na) uncoded single element hollow
cathode lamp, for all AAS instruments with octal base connector

Sodium

12


MG

12
Atomic number
24.31
Atomic weight
Mg
Element symbol
7.65
First ionization potential (eV)

15.04
Second ionization potential (eV)
650
Melting point (°C)/1 atm

1090
Boiling point (°C)/1 atm


MAGNESIUM

Atomic Weight: 24.305

Chemical form in solution: Mg(H2O)6+2

Isotope abundance: 24 (78.99%)*; 25 (10%); 26 (11.01%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-10% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8291
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8292 1,000 µg/mL 5% HNO3 500 mL CRM IAA-212
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8412
10,000 µg/mL 5% HNO3 100mL CRM 5190-8413 10,000 µg/mL 5% HNO3 500mL CRM ICP-112
10,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8481
1,000 µg/mL 5% HNO3 100mL CRM 5190-8482 1,000 µg/mL 5% HNO3 500mL CRM ICP-012
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-412 10
µg/mL 0.5% HNO3 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610103200 Coded Magnesium (Mg) coded single element
hollow cathode lamp 5610125100 Uncoded Magnesium (Mg) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Magnesium












13


AL

13
Atomic number
26.98
Atomic weight
Al
Element symbol
5.99
First ionization potential (eV)

18.83
Second ionization potential (eV)
660
Melting point (°C)/1 atm

2519
Boiling point (°C)/1 atm


ALUMINUM

Atomic Weight: 26.98154

Chemical form in solution: Al(H2O)6+3

Isotope abundance: 27 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8256
1,000 µg/mL 5% HCl 100 mL CRM 5190-8257 1,000 µg/mL 5% HCl 500 mL CRM IAA-213
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8352
10,000 µg/mL 5% HNO3 100mL CRM 5190-8353 10,000 µg/mL 5% HNO3 500mL CRM ICP-113
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8242
1,000 µg/mL 5% HNO3 100mL CRM 5190-8243 1,000 µg/mL 5% HNO3 500mL CRM ICP-013
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8561 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610100100 Coded Aluminum (Al) coded single element
hollow cathode lamp 5610122000 Uncoded Aluminum (Al) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Aluminum

14


SI

14
Atomic number
28.09
Atomic weight
Si
Element symbol
8.15
First ionization potential (eV)

16.35
Second ionization potential (eV)
1414
Melting point (°C)/1 atm

3265
Boiling point (°C)/1 atm


SILICON

Atomic Weight: 28.0855

Chemical form in solution: Si(OH)x(F)y2-

Isotope abundance: 28 (92.22%)*; 29 (4.69%); 30 (3.09%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels—stability unknown—(alone or mixed with all other metals) as the
Si(OH)x(F)y2-. 1-10,000 ppm single element solutions as the Si(OH)x(F)y2-
chemically stable for years in 2-5% HNO3/trace HF in a LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with F-
 * HCl if complexed with F-
 * H2O at pH 7
 * HF
 * H2SO4 if complexed with F-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8308
1,000 µg/mL H2O 100 mL CRM IAA-214 1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8450
10,000 µg/mL H2O 100mL CRM 5190-8451 10,000 µg/mL H2O 500mL CRM ICP-114 10,000
µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8521
1,000 µg/mL H2O 100mL CRM 5190-8522 1,000 µg/mL H2O 500mL CRM ICP-014 1,000
µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-414 10
µg/mL 0.5% HNO3 with 0.1% HF 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610105100 Coded Silicon (Si) coded single element
hollow cathode lamp 5610127100 Uncoded Silicon (Si) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610133400 High intensity UltrAA Silicon (Si) high intensity UltrAA coded single
element hollow cathode lamp

Silicon

15


P

15
Atomic number
30.97
Atomic weight
P
Element symbol
10.49
First ionization potential (eV)

19.77
Second ionization potential (eV)
44
Melting point (°C)/1 atm

281
Boiling point (°C)/1 atm


PHOSPHORUS

Atomic weight: 30.97376

Chemical form in solution: OP(OH)2(O)-

Isotope abundance: 31 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +5, +3, +2, +1, -2, -3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels—stability unknown—in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 0-1% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2O at pH 7
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-215 1,000
µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8428
10,000 µg/mL 5% HNO3 100mL CRM 5190-8429 10,000 µg/mL 5% HNO3 500mL CRM ICP-115
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8499
1,000 µg/mL 5% HNO3 100mL CRM 5190-8500 1,000 µg/mL 5% HNO3 500mL CRM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-415 10
µg/mL 0.5% HNO3 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610107700 Coded Phosphorus (P) coded single element
hollow cathode lamp 5610126000 Uncoded Phosphorus (P) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Phosphorus

16


S

16
Atomic number
32.06
Atomic weight
S
Element symbol
10.36
First ionization potential (eV)

23.34
Second ionization potential (eV)
115
Melting point (°C)/1 atm

445
Boiling point (°C)/1 atm


SULFUR

Atomic weight: 32.066

Chemical form in solution: (O)2S(OH)2

Isotope abundance: 32 (94.99%); 33 (0.75%); 34 (4.25%)*; 36 (0.01%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +3, +2, +1, -1, -2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels—stability unknown—in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2O at pH 7
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-216 1,000
µg/mL H2O 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8209
10,000 µg/mL H2O 100mL CRM 5190-8210 10,000 µg/mL H2O 500mL CRM ICP-116 10,000
µg/mL H2O 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8529
1,000 µg/mL H2O 100mL CRM 5190-8530 1,000 µg/mL H2O 500mL CRM ICP-016 1,000
µg/mL H2O 125mL RM

Sulfur

17


CL

17
Atomic number
35.45
Atomic weight
Cl
Element symbol
12.97
First ionization potential (eV)

23.81
Second ionization potential (eV)
-102
Melting point (°C)/1 atm

-34
Boiling point (°C)/1 atm


CHLORINE

Atomic weight: 35.453

Isotope abundance: 35 (75.76%)*; 37 (24.24%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +7, +6, +5, +4, +3, +1, -1, -2

Chlorine

18


AR

18
Atomic number
39.95
Atomic weight
Ar
Element symbol
15.76
First ionization potential (eV)

27.63
Second ionization potential (eV)
-189
Melting point (°C)/1 atm

-186
Boiling point (°C)/1 atm


ARGON

Atomic weight: 39.948

Isotope abundance: 36 (0.34%); 38 (0.06%); 40 (99.60%)

Oxidation states: 0

Argon

19


K

19
Atomic number
39.10
Atomic weight
K
Element symbol
4.34
First ionization potential (eV)

31.63
Second ionization potential (eV)
64
Melting point (°C)/1 atm

759
Boiling point (°C)/1 atm


POTASSIUM

Atomic weight: 39.0983

Chemical form in solution: K+(aq)

Isotope abundance: 39 (93.26%)*; 40 (0.01%); 41 (6.73%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2O at pH 7
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8304
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8305 1,000 µg/mL 5% HNO3 500 mL CRM IAA-219
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8432
10,000 µg/mL 5% HNO3 100mL CRM 5190-8433 10,000 µg/mL 5% HNO3 500mL CRM ICP-119
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8503
1,000 µg/mL 5% HNO3 100mL CRM 5190-8504 1,000 µg/mL 5% HNO3 500mL CRM ICP-019
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-419 10
µg/mL 0.5% HNO3 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610104200 Coded Potassium (K) coded single element
hollow cathode lamp 5610126200 Uncoded Potassium (K) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Potassium

20


CA

20
Atomic number
40.08
Atomic weight
Ca
Element symbol
6.11
First ionization potential (eV)

11.87
Second ionization potential (eV)
842
Melting point (°C)/1 atm

1484
Boiling point (°C)/1 atm


CALCIUM

Atomic weight: 40.078

Chemical form in solution: Ca(H2O)6+2

Isotope abundance: 40 (96.941%); 42 (0.647%); 43 (0.135%)*; 44 (2.086%)*;
46 (0.004%); 48 (0.187%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-10% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8272
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8273 1,000 µg/mL 5% HNO3 500 mL CRM IAA-220
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8368
10,000 µg/mL 5% HNO3 100mL CRM 5190-8369 10,000 µg/mL 5% HNO3 500mL CRM ICP-120
10,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8329
1,000 µg/mL 5% HNO3 100mL CRM 5190-8330 1,000 µg/mL 5% HNO3 500mL CRM ICP-020
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-420 10
µg/mL 0.5% HNO3 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610101000 Coded Calcium (Ca) coded single element
hollow cathode lamp 5610122900 Uncoded Calcium (Ca) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Calcium

21


SC

21
Atomic number
44.96
Atomic weight
Sc
Element symbol
6.56
First ionization potential (eV)

12.80
Second ionization potential (eV)
1541
Melting point (°C)/1 atm

2836
Boiling point (°C)/1 atm


SCANDIUM

Atomic weight: 44.95591

Chemical form in solution: Sc(H2O)6+2

Isotope abundance: 45 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 5-10% HNO3/LDPE container. Small atomic
radius increases hydrolysis requiring higher acid levels than other Rare Earths.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-221 1,000
µg/mL 5% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8446
10,000 µg/mL 5% HNO3 100mL CRM 5190-8447 10,000 µg/mL 5% HNO3 500mL CRM ICP-121
10,000 µg/mL 10% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8517
1,000 µg/mL 5% HNO3 100mL CRM 5190-8518 1,000 µg/mL 5% HNO3 500mL CRM ICP-021
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8578 10
µg/mL 2% HNO3 100mL CRM IMS-113 100 µg/mL 2% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610126900 Uncoded Scandium (Sc) uncoded single
element hollow cathode lamp, for all AAS instruments with octal base connector

Scandium

22


TI

22
Atomic number
47.87
Atomic weight
Ti
Element symbol
6.83
First ionization potential (eV)

13.58
Second ionization potential (eV)
1670
Melting point (°C)/1 atm

3287
Boiling point (°C)/1 atm


TITANIUM

Atomic weight: 47.88

Chemical form in solution: Ti(F)6-2

Isotope abundance: 46 (8.25%); 47 (7.44%)*; 48 (73.72%); 49 (5.41%); 50 (5.18%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable (alone or mixed with all other metals) as the Ti(F)6-2
for months in 1% HNO3/LDPE container. 1-10,000 ppm single element solutions as
the Ti(F)6-2 chemically stable for years in 2-5% HNO3/trace HF in an LDPE
container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with F-
 * HCl if complexed with F-
 * HF
 * H2SO4 if complexed with F-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8320
1,000 µg/mL H2O 100 mL CRM 5190-8321 1,000 µg/mL H2O 500 mL CRM IAA-222 1,000
µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8224
10,000 µg/mL H2O 100mL CRM 5190-8225 10,000 µg/mL H2O 500mL CRM ICP-122 10,000
µg/mL 2% HNO3 with 0.1% HF 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8545
1,000 µg/mL H2O 100mL CRM 5190-8546 1,000 µg/mL H2O 500mL CRM ICP-022 1,000
µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-422 10
µg/mL 0.5% HNO3 with 0.1% HF 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610106200 Coded Titanium (Ti) coded single element
hollow cathode lamp 5610128200 Uncoded Titanium (Ti) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Titanium

23


V

23
Atomic number
50.94
Atomic weight
V
Element symbol
6.75
First ionization potential (eV)

14.62
Second ionization potential (eV)
1910
Melting point (°C)/1 atm

3407
Boiling point (°C)/1 atm


VANADIUM

Atomic weight: 50.9415

Chemical form in solution: H2V10O284-

Isotope abundance: 50 (0.25%); 51 (99.75%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +5, +4, +3, +2, +1, 0, -1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8323
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8324 1,000 µg/mL 5% HNO3 500 mL CRM IAA-223
1,000 µg/mL 5% HNO3 with 1% HF 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8228
10,000 µg/mL 5% HNO3 100mL CRM 5190-8229 10,000 µg/mL 5% HNO3 500mL CRM ICP-123
10,000 µg/mL 10% HNO3 with 2% HF 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8551
1,000 µg/mL 5% HNO3 100mL CRM 5190-8552 1,000 µg/mL 5% HNO3 500mL CRM ICP-023
1,000 µg/mL 5% HNO3 with 1% HF 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8585 10
µg/mL 5% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610106500 Coded Vanadium (V) coded single element
hollow cathode lamp 5610128500 Uncoded Vanadium (V) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Vanadium

24


CR

24
Atomic number
52.00
Atomic weight
Cr
Element symbol
6.77
First ionization potential (eV)

16.49
Second ionization potential (eV)
1907
Melting point (°C)/1 atm

2671
Boiling point (°C)/1 atm


CHROMIUM

Atomic weight: 51.9961

Chemical form in solution: Cr(H2O)63+

Isotope abundance: 50 (4.345%); 52 (83.79%)*; 53 (9.50%); 54 (2.365%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +3, +2, +1, 0, -1, -2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8275
1,000 µg/mL 5% HCl 100 mL CRM 5190-8276 1,000 µg/mL 5% HCl 500 mL CRM IAA-224
1,000 µg/mL 2% HNO3 125 mL RM ICP-324A 1,000 µg/mL H2O 100 mL CRM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8374
10,000 µg/mL 5% HNO3 100mL CRM 5190-8375 10,000 µg/mL 5% HNO3 500mL CRM ICP-124
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8344
1,000 µg/mL 5% HNO3 100mL CRM 5190-8345 1,000 µg/mL 5% HNO3 500mL CRM ICP-024
1,000 µg/mL H2O tr. HNO3 125mL RM ICP-024A 1,000 µg/mL H2O 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8568 10
µg/mL 2% HNO3 100mL CRM ICP-424A 10 µg/mL H2O 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610101200 Coded Chromium (Cr) coded single element
hollow cathode lamp 5610123100 Uncoded Chromium (Cr) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Chromium

25


MN

25
Atomic number
54.94
Atomic weight
Mn
Element symbol
7.43
First ionization potential (eV)

15.64
Second ionization potential (eV)
1246
Melting point (°C)/1 atm

2061
Boiling point (°C)/1 atm


MANGANESE

Atomic weight: 54.9380

Chemical form in solution: Mn(H2O)62+

Isotope abundance: 55 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +7, +6, +5, +4, +3, +2, +1, 0, -1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8293
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8294 1,000 µg/mL 5% HNO3 500 mL CRM IAA-225
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8414
10,000 µg/mL 5% HNO3 100mL CRM 5190-8415 10,000 µg/mL 5% HNO3 500mL CRM ICP-125
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8483
1,000 µg/mL 5% HNO3 100mL CRM 5190-8484 1,000 µg/mL 5% HNO3 500mL CRM ICP-025
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8574 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610103300 Coded Manganese (Mn) coded single element
hollow cathode lamp 5610125200 Uncoded Manganese (Mn) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610133700 High intensity UltrAA Manganese (Mn) high intensity UltrAA coded
single element hollow cathode lamp

Manganese

26


FE

26
Atomic number
55.85
Atomic weight
Fe
Element symbol
7.90
First ionization potential (eV)

16.19
Second ionization potential (eV)
1538
Melting point (°C)/1 atm

2861
Boiling point (°C)/1 atm


IRON

Atomic weight: 55.847

Chemical form in solution: Fe(H2O)63+

Isotope abundance: 54 (5.85%); 56 (91.75%)*; 57 (2.12%); 58 (0.28%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +3, +2, +1, 0

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8285
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8286 1,000 µg/mL 5% HNO3 500 mL CRM IAA-226
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8402
10,000 µg/mL 5% HNO3 100mL CRM 5190-8403 10,000 µg/mL 5% HNO3 500mL CRM ICP-126
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8471
1,000 µg/mL 5% HNO3 100mL CRM 5190-8472 1,000 µg/mL 5% HNO3 500mL CRM ICP-026
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-426 10
µg/mL 0.5% HNO3 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610102700 Coded Iron (Fe) coded single element hollow
cathode lamp 5610124600 Uncoded Iron (Fe) uncoded single element hollow cathode
lamp, for all AAS instruments with octal base connector 5610108600 High
intensity UltrAA Iron (Fe) high intensity UltrAA coded single element hollow
cathode lamp

Iron

27


CO

27
Atomic number
58.93
Atomic weight
Co
Element symbol
7.88
First ionization potential (eV)

17.08
Second ionization potential (eV)
1495
Melting point (°C)/1 atm

2927
Boiling point (°C)/1 atm


COBALT

Atomic weight: 58.9332

Chemical form in solution: Co(H2O)62+

Isotope abundance: 59 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +5, +4, +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8277
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8278 1,000 µg/mL 5% HNO3 500 mL CRM IAA-227
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8376
10,000 µg/mL 5% HNO3 100mL CRM 5190-8377 10,000 µg/mL 5% HNO3 500mL CRM ICP-127
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8346
1,000 µg/mL 5% HNO3 100mL CRM 5190-8347 1,000 µg/mL 5% HNO3 500mL CRM ICP-027
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 8500-6947 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610101300 Coded Cobalt (Co) coded single element
hollow cathode lamp 5610123200 Uncoded Cobalt (Co) uncoded single element hollow
cathode lamp, for all AAS instruments with octal base connector 5610134100 High
intensity UltrAA Cobalt (Co) high intensity UltrAA coded single element hollow
cathode lamp

Cobalt

28


NI

28
Atomic number
58.69
Atomic weight
Ni
Element symbol
7.64
First ionization potential (eV)

18.17
Second ionization potential (eV)
1455
Melting point (°C)/1 atm

2913
Boiling point (°C)/1 atm


NICKEL

Atomic weight: 58.6934

Chemical form in solution: Ni(H2O)62+

Isotope abundance: 58 (68.08%); 60 (26.22%)*; 61 (1.14%); 62 (3.63%); 64 (0.93%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +4, +3, +2, +1, 0, -1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8298
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8299 1,000 µg/mL 5% HNO3 500 mL CRM IAA-228
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8422
10,000 µg/mL 5% HNO3 100mL CRM 5190-8423 10,000 µg/mL 5% HNO3 500mL CRM ICP-128
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8491
1,000 µg/mL 5% HNO3 100mL CRM 5190-8492 1,000 µg/mL 5% HNO3 500mL CRM ICP-028
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8576 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610103700 Coded Nickel (Ni) coded single element
hollow cathode lamp 5610125600 Uncoded Nickel (Ni) uncoded single element hollow
cathode lamp, for all AAS instruments with octal base connector 5610108500 High
intensity UltrAA Nickel (Ni) high intensity UltrAA coded single element hollow
cathode lamp

Nickel

29


CU

29
Atomic number
63.55
Atomic weight
Cu
Element symbol
7.73
First ionization potential (eV)

20.29
Second ionization potential (eV)
1085
Melting point (°C)/1 atm

2560
Boiling point (°C)/1 atm


COPPER

Atomic weight: 63.546

Chemical form in solution: Cu(H2O)62+

Isotope abundance: 63 (69.15%)*; 65 (30.85%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +2, +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8279
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8280 1,000 µg/mL 5% HNO3 500 mL CRM IAA-229
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8378
10,000 µg/mL 5% HNO3 100mL CRM 5190-8379 10,000 µg/mL 5% HNO3 500mL CRM ICP-129
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8348
1,000 µg/mL 5% HNO3 100mL CRM 5190-8349 1,000 µg/mL 5% HNO3 500mL CRM ICP-029
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8569 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610101400 Coded Copper (Cu) coded single element
hollow cathode lamp 5610123300 Uncoded Copper (Cu) uncoded single element hollow
cathode lamp, for all AAS instruments with octal base connector

Copper

30


ZN

30
Atomic number
65.38
Atomic weight
Zn
Element symbol
9.39
First ionization potential (eV)

17.96
Second ionization potential (eV)
420
Melting point (°C)/1 atm

907
Boiling point (°C)/1 atm


ZINC

Atomic weight: 65.38

Chemical form in solution: Zn(OH)(aq)+

Isotope abundance: 64 (49.17%); 66 (27.73%)*; 67 (4.04%); 68 (18.45%);
70 (0.61%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8325
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8326 1,000 µg/mL 5% HNO3 500 mL CRM IAA-230
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8234
10,000 µg/mL 5% HNO3 100mL CRM 5190-8235 10,000 µg/mL 5% HNO3 500mL CRM ICP-130
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8557
1,000 µg/mL 5% HNO3 100mL CRM 5190-8558 1,000 µg/mL 5% HNO3 500mL CRM ICP-030
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8587 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610106800 Coded Zinc (Zn) coded single element hollow
cathode lamp 5610128800 Uncoded Zinc (Zn) uncoded single element hollow cathode
lamp, for all AAS instruments with octal base connector

Zinc

31


GA

31
Atomic number
69.72
Atomic weight
Ga
Element symbol
6.00
First ionization potential (eV)

20.52
Second ionization potential (eV)
30
Melting point (°C)/1 atm

2229
Boiling point (°C)/1 atm


GALLIUM

Atomic weight: 69.723

Chemical form in solution: Ga(H2O)6+3

Isotope abundance: 69 (60.11%); 71 (39.89%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +2, +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-231 1,000
µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8388
10,000 µg/mL 5% HNO3 100mL CRM ICP-131 10,000 µg/mL 4% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8457
1,000 µg/mL 5% HNO3 tr HCl 100mL CRM 5190-8460 1,000 µg/mL 5% HNO3 tr HF 500mL
CRM ICP-031 1,000 µg/mL 2% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610123800 Uncoded Gallium (Ga) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Gallium

32


GE

32
Atomic number
72.63
Atomic weight
Ge
Element symbol
7.90
First ionization potential (eV)

15.93
Second ionization potential (eV)
938
Melting point (°C)/1 atm

2833
Boiling point (°C)/1 atm


GERMANIUM

Atomic weight: 72.59

Chemical form in solution: Ge(OH)x(F)y2-

Isotope abundance: 70 (20.57%); 72 (27.45%)*; 73 (7.75%); 74 (36.50%);
76 (7.73%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels—stability unknown alone or mixed with all other metals as the
Ge(OH)x(F)y2-. 1-10,000 ppm single element solutions as the Ge(OH)x(F)y2-
chemically stable for years in 2-5% HNO3/trace HF in a LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with F-
 * HCl if complexed with F-
 * HF
 * H2SO4 if complexed with F-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-232 1,000
µg/mL 0.8% HF 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8390
10,000 µg/mL 5% HNO3 tr. HF 100mL CRM ICP-132 10,000 µg/mL 0.2% HF 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8459
1,000 µg/mL 5% HNO3 100mL CRM ICP-032 1,000 µg/mL 0.8% HF 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8592 10
µg/mL 2% HNO3 tr. HF 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610123900 Uncoded Germanium (Ge) uncoded single
element hollow cathode lamp, for all AAS instruments with octal base connector
5610134300 High intensity UltrAA Germanium (Ge) high intensity UltrAA coded
single element hollow cathode lamp

Germanium

33


AS

33
Atomic number
74.92
Atomic weight
As
Element symbol
9.79
First ionization potential (eV)

18.59
Second ionization potential (eV)
616
Melting point (°C)/1 atm

616
Boiling point (°C)/1 atm


ARSENIC

Atomic weight: 74.9216

Chemical form in solution: H3AsO4 and HAsO2

Isotope abundance: 75 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +5/+3mix, -3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels—stable for months alone or mixed with other elements at
equivalent levels—in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically
stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * H2O at pH 7
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8260
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8261 1,000 µg/mL 5% HNO3 500 mL CRM IAA-233
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8356
10,000 µg/mL 5% HNO3 100mL CRM 5190-8357 10,000 µg/mL 5% HNO3 500mL CRM ICP-133
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8246
1,000 µg/mL 5% HNO3 100mL CRM 5190-8247 1,000 µg/mL 5% HNO3 500mL CRM ICP-033
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8563 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610100300 Coded Arsenic (As) coded single element
hollow cathode lamp 5610122200 Uncoded Arsenic (As) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610108100 High intensity UltrAA Arsenic (As) high intensity UltrAA coded single
element hollow cathode lamp

Arsenic

34


SE

34
Atomic number
78.97
Atomic weight
Se
Element symbol
9.75
First ionization potential (eV)

21.19
Second ionization potential (eV)
221
Melting point (°C)/1 atm

685
Boiling point (°C)/1 atm


SELENIUM

Atomic weight: 78.96

Chemical form in solution: H2SeO3

Isotope abundance: 74 (0.89%); 76 (9.37%); 77 (7.63%); 78 (23.77%)*;
80 (49.61%); 82 (8.73%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +4, +1, -2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months alone or mixed with other elements at
equivalent levels in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically
stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2O at pH 7
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8306
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8307 1,000 µg/mL 5% HNO3 500 mL CRM IAA-234
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8448
10,000 µg/mL 5% HNO3 100mL CRM 5190-8449 10,000 µg/mL 5% HNO3 500mL CRM ICP-134
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8519
1,000 µg/mL 5% HNO3 100mL CRM 5190-8520 1,000 µg/mL 5% HNO3 500mL CRM ICP-034
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8579 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610105000 Coded Selenium (Se) coded single element
hollow cathode lamp 5610127000 Uncoded Selenium (Se) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610108300 High intensity UltrAA Selenium (Se) high intensity UltrAA coded
single element hollow cathode lamp

Selenium

35


BR

35
Atomic number
79.90
Atomic weight
Br
Element symbol
11.81
First ionization potential (eV)

21.59
Second ionization potential (eV)
-7
Melting point (°C)/1 atm

59
Boiling point (°C)/1 atm


BROMINE

Atomic weight: 79.904

Isotope abundance: 79 (50.69%)*; 81 (49.31%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +7, +5, +4, +3, +1, -1

Bromine

36


KR

36
Atomic number
83.80
Atomic weight
Kr
Element symbol
14.00
First ionization potential (eV)

24.36
Second ionization potential (eV)
-157
Melting point (°C)/1 atm

-153
Boiling point (°C)/1 atm


KRYPTON

Atomic weight: 83.8

Isotope abundance: 78 (0.35%); 80 (2.29%); 82 (11.59%); 83 (11.50%);
84 (56.99%); 86 (17.28%)

Oxidation states: +2

Krypton

37


RB

37
Atomic number
85.47
Atomic weight
Rb
Element symbol
4.18
First ionization potential (eV)

27.29
Second ionization potential (eV)
39.3
Melting point (°C)/1 atm

688
Boiling point (°C)/1 atm


RUBIDIUM

Atomic weight: 85.4678

Chemical form in solution: Rb+(aq)

Isotope abundance: 85 (72.17%)*; 87 (27.83%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 0.1-1% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2O at pH 7
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8440
10,000 µg/mL 5% HNO3 100mL CRM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8511
1,000 µg/mL 5% HNO3 100mL CRM ICP-037 1,000 µg/mL 1% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610126600 Uncoded Rubidium (Rb) uncoded single
element hollow cathode lamp, for all AAS instruments with octal base connector

Rubidium

38


SR

38
Atomic number
87.62
Atomic weight
Sr
Element symbol
5.69
First ionization potential (eV)

11.03
Second ionization potential (eV)
777
Melting point (°C)/1 atm

1377
Boiling point (°C)/1 atm


STRONTIUM

Atomic weight: 87.62

Chemical form in solution: Sr(H2O)6+2

Isotope abundance: 84 (0.56%); 86 (9.86%); 87 (7.00%); 88 (82.58%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-3.5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8313
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8314 1,000 µg/mL 5% HNO3 500 mL CRM IAA-238
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8207
10,000 µg/mL 5% HNO3 100mL CRM 5190-8208 10,000 µg/mL 5% HNO3 500mL CRM ICP-138
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8527
1,000 µg/mL 5% HNO3 100mL CRM 5190-8528 1,000 µg/mL 5% HNO3 500mL CRM ICP-038
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8581 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610105400 Coded Strontium (Sr) coded single element
hollow cathode lamp 5610127400 Uncoded Strontium (Sr) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Strontium

39


Y

39
Atomic number
88.91
Atomic weight
Y
Element symbol
6.22
First ionization potential (eV)

12.22
Second ionization potential (eV)
1522
Melting point (°C)/1 atm

3345
Boiling point (°C)/1 atm


YTTRIUM

Atomic weight: 88.9059

Chemical form in solution: Y(OH)(H2O)x+2

Isotope abundance: 89 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-239 1,000
µg/mL 5% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8232
10,000 µg/mL 5% HNO3 100mL CRM 5190-8233 10,000 µg/mL 5% HNO3 500mL CRM ICP-139
10,000 µg/mL 5% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8555
1,000 µg/mL 5% HNO3 100mL CRM 5190-8556 1,000 µg/mL 5% HNO3 500mL CRM ICP-039
1,000 µg/mL 5% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8586 10
µg/mL 2% HNO3 100mL CRM IMS-115 100 µg/mL 2% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610128700 Uncoded Yttrium (Y) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Yttrium

40


ZR

40
Atomic number
91.22
Atomic weight
Zr
Element symbol
6.63
First ionization potential (eV)

13.1
Second ionization potential (eV)
1854
Melting point (°C)/1 atm

4406
Boiling point (°C)/1 atm


ZIRCONIUM

Atomic weight: 91.224

Chemical form in solution: Zr(F)6-2

Isotope abundance: 90 (51.45%)*; 91 (11.22%); 92 (17.15%); 94 (17.38%);
96 (2.80%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +3, +2, 0, -2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable (alone or mixed with all other metals that are at
comparable levels) as the Zr(F)6-2 + Zr(OH)4F2-2 for months in 1% HNO3/LDPE
container. 1-10,000 ppm single element solutions as the Zr(F)6-2 chemically
stable for years in 2-5% HNO3/trace HF in an LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with F-
 * HCl if complexed with F-
 * HF
 * H2SO4 if complexed with F-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8327
1,000 µg/mL 5% HNO3 100 mL CRM IAA-240 1,000 µg/mL 5% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8236
10,000 µg/mL 5% HNO3 100mL CRM ICP-140 10,000 µg/mL 5% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8559
1,000 µg/mL 5% HCl 100mL CRM 5190-8560 1,000 µg/mL 5% HCl 500mL CRM ICP-040
1,000 µg/mL 5% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610106900 Coded Zirconium (Zr) coded single element
hollow cathode lamp 5610128900 Uncoded Zirconium (Zr) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Zirconium

41


NB

41
Atomic number
92.91
Atomic weight
Nb
Element symbol
6.76
First ionization potential (eV)

14.0
Second ionization potential (eV)
2477
Melting point (°C)/1 atm

4741
Boiling point (°C)/1 atm


NIOBIUM

Atomic weight: 92.9064

Chemical form in solution: NbOF5-2

Isotope abundance: 93 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +5, +4, +3, +2, +1, -1, -3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable (alone or mixed with all other metals that are at
comparable levels) as the NbOF5-2 for 5 months in 1% HNO3/LDPE container.
1-10,000 ppm single element solutions as the NbOF5-2 chemically stable for years
in 2-5% HNO3/trace HF in an LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with F-
 * HCl if complexed with F-
 * HF
 * H2SO4 if complexed with F-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8493
1,000 µg/mL 2% HF 100mL CRM ICP-041 1,000 µg/mL 0.2% HF 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610103800 Coded Niobium (Nb) coded single element
hollow cathode lamp 5610125700 Uncoded Niobium (Nb) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Niobium

42


MO

42
Atomic number
95.95
Atomic weight
Mo
Element symbol
7.09
First ionization potential (eV)

16.16
Second ionization potential (eV)
2622
Melting point (°C)/1 atm

4639
Boiling point (°C)/1 atm


MOLYBDENUM

Atomic weight: 95.96

Chemical form in solution: MoO4-2 (chem. form as received)

Isotope abundance: 92 (14.53%); 94 (9.15%); 95 (15.84%)*; 96 (16.67%);
97 (9.60%); 98 (24.39%); 100 (9.82%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable (alone or mixed with all other metals that are at
comparable levels) as the MoOF5-2 for months in 1% HNO3/LDPE container. 1-10,000
ppm single element solutions as the MoO4-2 chemically stable for years in 1%
NH4OH in a LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with F-
 * HCl
 * HF
 * H2SO4 if complexed with F-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8297
1,000 µg/mL 1% HN4OH 100 mL CRM IAA-242 1,000 µg/mL 2% NH4OH 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8418
10,000 µg/mL 1% NH4OH 100mL CRM 5190-8419 10,000 µg/mL 1% NH4OH 500mL CRM
ICP-142 10,000 µg/mL 4% NH4OH 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8487
1,000 µg/mL 1% NH4OH 100mL CRM 5190-8488 1,000 µg/mL 1% NH4OH 500mL CRM ICP-042
1,000 µg/mL 2% NH4OH 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-442 10
µg/mL 0.5% NH4OH 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610103500 Coded Molybdenum (Mo) coded single element
hollow cathode lamp 5610125400 Uncoded Molybdenum (Mo) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Molybdenum

43


TC

43
Atomic number
(98)
Atomic weight
Tc
Element symbol
7.28
First ionization potential (eV)

15.26
Second ionization potential (eV)
2157
Melting point (°C)/1 atm

4262
Boiling point (°C)/1 atm


TECHNETIUM

Atomic weight: (98)

Oxidation states: +7, +6, +5, +4, 0, -1

Technetium

44


RU

44
Atomic number
101.1
Atomic weight
Ru
Element symbol
7.36
First ionization potential (eV)

16.76
Second ionization potential (eV)
2333
Melting point (°C)/1 atm

4147
Boiling point (°C)/1 atm


RUTHENIUM

Atomic weight: 101.07

Chemical form in solution: RuCl6

Isotope abundance: 96 (5.54%); 98 (1.87%); 99 (12.76%); 100 (12.60%);
101 (17.06%)*; 102 (31.55%); 104 (18.62%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +8, +7, +6, +5, +4, +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 10% HCl/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with Cl-
 * HCl
 * H2SO4 if complexed with Cl-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8442
10,000 µg/mL 20% HCl 100mL CRM 5190-8443 10,000 µg/mL 20% HCl 500mL CRM ICP-144
10,000 µg/mL 10% HCl 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8513
1,000 µg/mL 20% HCl 100mL CRM ICP-044 1,000 µg/mL 5% HCl 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610126700 Uncoded Ruthenium (Ru) uncoded single
element hollow cathode lamp, for all AAS instruments with octal base connector

Ruthenium

45


RH

45
Atomic number
102.9
Atomic weight
Rh
Element symbol
7.46
First ionization potential (eV)

18.08
Second ionization potential (eV)
1963
Melting point (°C)/1 atm

3695
Boiling point (°C)/1 atm


RHODIUM

Atomic weight: 102.91

Chemical form in solution: RhCl6-3

Isotope abundance: 103 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +3, +2, +1, 0, -1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 10% HCl/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with Cl-
 * HCl
 * H2SO4 if complexed with Cl-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-245 1,000
µg/mL 5% HCl 125 mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8509
1,000 µg/mL 20% HCl 100mL CRM 5190-8510 1,000 µg/mL 20% HCl 500mL CRM ICP-045
1,000 µg/mL H2O tr. HCl 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 8500-6945 10
µg/mL 2% HCl 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610104500 Coded Rhodium (Rh) coded single element
hollow cathode lamp 5610126500 Uncoded Rhodium (Rh) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Rhodium

46


PD

46
Atomic number
106.4
Atomic weight
Pd
Element symbol
8.34
First ionization potential (eV)

19.43
Second ionization potential (eV)
1555
Melting point (°C)/1 atm

2963
Boiling point (°C)/1 atm


PALLADIUM

Atomic weight: 106.42

Chemical form in solution: Pd(H2O)62+

Isotope abundance: 102 (1.02%); 104 (11.14%); 105 (22.33%)*; 106 (27.33%);
108 (26.46%); 110 (11.72%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +2, 0

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels. 2 ppb Pd is stable for 1 day in 1% HNO3/LDPE container. 10 ppb
is stable for 3 days in 1% HNO3/LDPE container. 100 ppb is stable for ≥ 5 months
in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in
1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8300
1,000 µg/mL 20% HCl 100 mL CRM 5190-8301 1,000 µg/mL 20% HCl 500 mL CRM IAA-246
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8426
10,000 µg/mL 10% HNO3 100mL CRM ICP-146 10,000 µg/mL 5% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8497
1,000 µg/mL 5% HNO3 100mL CRM 5190-8498 1,000 µg/mL 5% HNO3 500mL CRM ICP-046
1,000 µg/mL 2% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610104000 Coded Palladium (Pd) coded single element
hollow cathode lamp 5610125900 Uncoded Palladium (Pd) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610135800 High intensity UltrAA Palladium (Pd) high intensity UltrAA coded
single element hollow cathode lamp

Palladium

47


AG

47
Atomic number
107.9
Atomic weight
Ag
Element symbol
7.58
First ionization potential (eV)

21.48
Second ionization potential (eV)
962
Melting point (°C)/1 atm

2162
Boiling point (°C)/1 atm


SILVER

Atomic weight: 107.8682

Chemical form in solution: Ag(H2O)6+

Isotope abundance: 107 (51.84%)*; 109 (48.16%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +2, +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for 75+ days when mixed with equivalent levels of all
other elements including the precious metals (where chloride is present) when in
1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in
1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 (trace levels of HCl or Cl- will form AgCl and will photoreduce
   to Ag0)
 * HCl (35%+ HCl will keep 100+ ug/mL of Ag+ in solution. HCl can be lowered to
   10% to keep 10 ug/mL Ag in solution)
 * H2SO4 (trace levels of Cl- will photoreduce to Ag0, which is photosensitive)
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8309
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8310 1,000 µg/mL 5% HNO3 500 mL CRM IAA-247
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8452
10,000 µg/mL 5% HNO3 100mL CRM 5190-8453 10,000 µg/mL 5% HNO3 500mL CRM ICP-147
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8523
1,000 µg/mL 5% HNO3 100mL CRM 5190-8524 1,000 µg/mL 5% HNO3 500mL CRM ICP-047
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8580 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610105200 Coded Silver (Ag) coded single element
hollow cathode lamp 5610127200 Uncoded Silver (Ag) uncoded single element hollow
cathode lamp, for all AAS instruments with octal base connector

Silver

48


CD

48
Atomic number
112.4
Atomic weight
Cd
Element symbol
8.99
First ionization potential (eV)

16.91
Second ionization potential (eV)
321
Melting point (°C)/1 atm

767
Boiling point (°C)/1 atm


CADMIUM

Atomic weight: 112.41

Chemical form in solution: Cd2(OH)(aq)3+ and Cd(OH)(aq)+

Isotope abundance: 106 (1.25%); 108 (0.89%); 110 (12.49%); 111 (12.80%)*;
112 (24.13%); 113 (12.22%); 114 (28.73%); 116 (7.49%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8270
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8271 1,000 µg/mL 5% HNO3 500 mL CRM IAA-248
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8366
10,000 µg/mL 5% HNO3 100mL CRM 5190-8367 10,000 µg/mL 5% HNO3 500mL CRM ICP-148
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-9414
1,000 µg/mL 5% HNO3 100mL CRM 5190-8328 1,000 µg/mL 5% HNO3 500mL CRM ICP-048
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8567 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610100800 Coded Cadmium (Cd) coded single element
hollow cathode lamp 5610122700 Uncoded Cadmium (Cd) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Cadmium

49


IN

49
Atomic number
114.8
Atomic weight
In
Element symbol
5.79
First ionization potential (eV)

18.87
Second ionization potential (eV)
157
Melting point (°C)/1 atm

2027
Boiling point (°C)/1 atm


INDIUM

Atomic weight: 114.82

Chemical form in solution: In(H2O)6+3

Isotope abundance: 113 (4.29%); 115 (95.71%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +2, +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8284
1,000 µg/mL 5% HNO3 100 mL CRM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8398
10,000 µg/mL 5% HNO3 100mL CRM ICP-149 10,000 µg/mL 4% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8467
1,000 µg/mL 5% HNO3 100mL CRM 5190-8468 1,000 µg/mL 5% HNO3 500mL CRM ICP-049
1,000 µg/mL 1% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 8500-6946 10
µg/mL 2% HNO3 100mL CRM IMS-112 100 µg/mL 2% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610124400 Uncoded Indium (In) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Indium

50


SN

50
Atomic number
118.7
Atomic weight
Sn
Element symbol
7.34
First ionization potential (eV)

14.63
Second ionization potential (eV)
232
Melting point (°C)/1 atm

2586
Boiling point (°C)/1 atm


TIN

Atomic weight: 118.710

Chemical form in solution: Sn(OH)xFy2-

Isotope abundance: 112 (0.97%); 114 (0.66%); 115 (0.34%); 116 (14.54%);
117 (7.68%); 118 (24.22%)*; 119 (8.59%); 120 (32.58%); 122 (4.63%); 124 (5.79%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable (alone or mixed with all other metals that are at
comparable levels) as the Sn(OH)xFy2- for 1 year in 1% HNO3/LDPE container.
1-10,000 ppm single element solutions as the Sn(OH)xFy2- are chemically stable
for years in 2-5% HNO3/trace HF in a LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 (if complexed with F- / tartaric acid complex can be diluted in
   HNO3)
 * HCl if complexed with F-
 * HF
 * H2SO4 (if complexed with F- / tartaric acid complex can be diluted in HNO3)
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8318
1,000 µg/mL 20% HCl 100 mL CRM 5190-8319 1,000 µg/mL 20% HCl 500 mL CRM IAA-250
1,000 µg/mL 2% HNO3 tr. 0.1% HF 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8221
10,000 µg/mL 20% HCl 100mL CRM 5190-8222 10,000 µg/mL 20% HCl 500mL CRM ICP-150
10,000 µg/mL 2% HNO3 with 0.1% HF 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8543
1,000 µg/mL 20% HCl 100mL CRM 5190-8544 1,000 µg/mL 20% HCl 500mL CRM ICP-050
1,000 µg/mL H2O tr. HNO3 and HF 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8583 10
µg/mL 5% HCl 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610106100 Coded Tin (Sn) coded single element hollow
cathode lamp 5610128100 Uncoded Tin (Sn) uncoded single element hollow cathode
lamp, for all AAS instruments with octal base connector 5610133900 High
intensity UltrAA Tin (Sn) high intensity UltrAA coded single element hollow
cathode lamp

Tin

51


SB

51
Atomic number
121.8
Atomic weight
Sb
Element symbol
8.61
First ionization potential (eV)

16.63
Second ionization potential (eV)
631
Melting point (°C)/1 atm

1587
Boiling point (°C)/1 atm


ANTIMONY

Atomic weight: 121.75

Chemical form in solution: Sb(O)C4H4O6-

Isotope abundance: 121 (57.21%)*; 123 (42.79%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +5, +3, -3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-2% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with F-
 * Tartaric acid complex can be diluted HNO3
 * HCl if complexed with F-
 * HF
 * H2SO4 if complexed with F-
 * Tartaric acid complex can be compatible with H2SO4


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8258
1,000 µg/mL 30% HCl 100 mL CRM 5190-8259 1,000 µg/mL 30% HCl 500 mL CRM IAA-251
1,000 µg/mL 2% HNO3 tr. 0.2% tartaric acid 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8354
10,000 µg/mL 1% HNO3 tr. tartaric acid 100mL CRM 5190-8355 10,000 µg/mL 1% HNO3
tr. tartaric acid 500mL CRM ICP-151 10,000 µg/mL 2% HNO3 with 0.1% HF 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8244
1,000 µg/mL 1% HNO3 tr. tartaric acid 100mL CRM 5190-8245 1,000 µg/mL 1% HNO3
tr. tartaric acid 500mL CRM ICP-051 1,000 µg/mL 2% HNO3 tr. tartaric acid 125mL
RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8562 10
µg/mL 1% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610100200 Coded Antimony (Sb) coded single element
hollow cathode lamp 5610122100 Uncoded Antimony (Sb) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610108000 High intensity UltrAA Antimony (Sb) high intensity UltrAA coded
single element hollow cathode lamp

Antimony

52


TE

52
Atomic number
127.6
Atomic weight
Te
Element symbol
9.01
First ionization potential (eV)

18.60
Second ionization potential (eV)
450
Melting point (°C)/1 atm

988
Boiling point (°C)/1 atm


TELLURIUM

Atomic weight: 127.60

Chemical form in solution: H2TeO3 (HNO3 matrix), TeCl62- (HCl matrix)

Isotope abundance: 120 (0.09%); 122 (2.55%); 123 (0.89%); 124 (4.74%);
125 (7.07%)*; 126 (18.84%); 128 (31.74%); 130 (34.08%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +2, -1, -2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months alone or mixed with other elements at
equivalent levels in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically
stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 (not soluable above 1000 ug/mL)
 * HCl
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8315
1,000 µg/mL 5% HNO3 100 mL CRM IAA-252 1,000 µg/mL 10% HCl 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8213
10,000 µg/mL 30% HCl 100mL CRM 5190-8214 10,000 µg/mL 30% HCl 500mL CRM ICP-152
10,000 µg/mL 40% HCl 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8533
1,000 µg/mL 30% HCl 100mL CRM 5190-8534 1,000 µg/mL 30% HCl 500mL CRM ICP-052
1,000 µg/mL 10% HCl 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610105600 Coded Tellurium (Te) coded single element
hollow cathode lamp 5610127600 Uncoded Tellurium (Te) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610134000 High intensity UltrAA Tellurium (Te) high intensity UltrAA coded
single element hollow cathode lamp

Tellurium

53


I

53
Atomic number
126.9
Atomic weight
I
Element symbol
10.45
First ionization potential (eV)

19.13
Second ionization potential (eV)
114
Melting point (°C)/1 atm

184
Boiling point (°C)/1 atm


IODINE

Atomic weight: 126.905

Isotope abundance: 127 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +7, +5, +3, +1, 0, -1

Iodine

54


XE

54
Atomic number
131.3
Atomic weight
Xe
Element symbol
12.13
First ionization potential (eV)

20.97
Second ionization potential (eV)
-112
Melting point (°C)/1 atm

-108
Boiling point (°C)/1 atm


XENON

Atomic weight: 131.29

Isotope abundance: 124 (0.09%); 126 (0.09%); 128 (1.92%); 129 (26.40%);
130 (4.07%); 131 (21.23%); 132 (26.91%); 134 (10.44%); 136 (8.86%)

Oxidation states: +8, +6, +4, +2

Xenon

55


CS

55
Atomic number
132.9
Atomic weight
Cs
Element symbol
3.89
First ionization potential (eV)

23.16
Second ionization potential (eV)
28.5
Melting point (°C)/1 atm

671
Boiling point (°C)/1 atm


CESIUM

Atomic weight: 132.9054

Chemical form in solution: Cs+(aq)

Isotope abundance: 133 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 0.1% HNO3/LDPE container. Will
crystallize out of higher (~ 5%) levels of HNO3 at > 1000 µg/mL.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2O at pH 7
 * HF
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8274
1,000 µg/mL 5% HNO3 100 mL CRM 1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8372
10,000 µg/mL 5% HNO3 100mL CRM 5190-8373 10,000 µg/mL 5% HNO3 500mL CRM ICP-155
10,000 µg/mL 1% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8333
1,000 µg/mL 5% HNO3 100mL CRM 5190-8334 1,000 µg/mL 5% HNO3 500mL CRM ICP-055
1,000 µg/mL 2% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610122800 Uncoded Cesium (Cs) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Cesium

56


BA

56
Atomic number
137.3
Atomic weight
Ba
Element symbol
5.21
First ionization potential (eV)

10.00
Second ionization potential (eV)
727
Melting point (°C)/1 atm

1845
Boiling point (°C)/1 atm


BARIUM

Atomic weight: 137.33

Chemical form in solution: Ba(H2O)6+2

Isotope abundance: 130 (0.11%); 132 (0.10%); 134 (2.42%); 135 (6.59%);
136 (7.85%); 137 (11.23%)*; 138 (71.70%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-3.5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8262
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8263 1,000 µg/mL 5% HNO3 500 mL CRM IAA-256
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8358
10,000 µg/mL 5% HNO3 100mL CRM 5190-8359 10,000 µg/mL 5% HNO3 500mL CRM ICP-156
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8248
1,000 µg/mL 5% HNO3 100mL CRM 5190-8249 1,000 µg/mL 5% HNO3 500mL CRM ICP-056
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8564 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610100400 Coded Barium (Ba) coded single element
hollow cathode lamp 5610122300 Uncoded Barium (Ba) uncoded single element hollow
cathode lamp, for all AAS instruments with octal base connector

Barium



72


HF

72
Atomic number
178.5
Atomic weight
Hf
Element symbol
6.83
First ionization potential (eV)

15.0
Second ionization potential (eV)
2233
Melting point (°C)/1 atm

4600
Boiling point (°C)/1 atm


HAFNIUM

Atomic weight: 178.49

Chemical form in solution: Hf(F)6-2

Isotope abundance: 174 (0.16%); 176 (5.26%); 177 (18.60%); 178 (27.28%)*;
179 (13.62%); 180 (35.08%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable alone or mixed with all other metals that are at
comparable levels as the Hf(F)6-2 + Hf(OH)4F2-2 for months in 1% HNO3/LDPE
container. 1-10,000 ppm single element solutions as the Hf(F)6-2 chemically
stable for years in 2-5% HNO3/trace HF in an LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with F-
 * HCl if complexed with F-
 * HF
 * H2SO4 if complexed with F-


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-172 10,000
µg/mL 0.2% HF 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8463
1,000 µg/mL 5% HCl 100mL CRM ICP-072 1,000 µg/mL 1% HCl with 0.1% HF 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610102200 Coded Hafnium (Hf) coded single element
hollow cathode lamp 5610124100 Uncoded Hafnium (Hf) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Hafnium

73


TA

73
Atomic number
180.9
Atomic weight
Ta
Element symbol
7.55
First ionization potential (eV)
3017
Melting point (°C)/1 atm

5455
Boiling point (°C)/1 atm


TANTALUM

Atomic weight: 180.9479

Chemical form in solution: TaOF6-3

Isotope abundance: 180 (0.01%); 181 (99.99%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +5, +4, +3, +1, -1, -3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable (alone or mixed with all other metals that are at
comparable levels) as the TaOF6-3, for 2 months at the 2-10 ppb level in 1%
HNO3/LDPE container and for 5 months at the 100 ppb level under same conditions.
1-10,000 ppm single element solutions as the TaOF6-3 are chemically stable for
years in 2-5% HNO3/trace HF in an LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 (should have excess HF present when diluted with HNO3)
 * HCl if complexed with F-
 * HF
 * H2SO4 (should have excess HF present when diluted with H2SO4)
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8531
1,000 µg/mL 2% HF 100mL CRM 5190-8532 1,000 µg/mL 2% HF 500mL CRM ICP-073 1,000
µg/mL 0.5% HF 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610105500 Coded Tantalum (Ta) coded single element
hollow cathode lamp 5610127500 Uncoded Tantalum (Ta) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Tantalum

74


W

74
Atomic number
183.8
Atomic weight
W
Element symbol
7.86
First ionization potential (eV)

16.10
Second ionization potential (eV)
3414
Melting point (°C)/1 atm

5555
Boiling point (°C)/1 atm


TUNGSTEN

Atomic weight: 183.85

Chemical form in solution: WOF5-2 (chem. form as received)

Isotope abundance: 180 (0.12%); 182 (26.50%)*; 183 (14.31%); 184 (30.64%);
186 (28.43%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +3, +2, 0, -1, -2, -4

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable (alone or mixed with all other metals that are at
comparable levels) as the [WOF5]-2 for months in 1% HNO3/LDPE container.
1-10,000 ppm single element solutions as the [WOF5]-2 chemically stable for
years in 1% HF in a LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 (should have excess HF present when diluted with HNO3)
 * HCl if complexed with F-
 * HF
 * H2SO4 (should have excess HF present when diluted with H2SO4)
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-274 1,000
µg/mL 0.5% NH4OH 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8226
10,000 µg/mL 5% HNO3 tr. HF 100mL CRM 5190-8227 10,000 µg/mL 5% HNO3 tr. HF
500mL CRM ICP-174 10,000 µg/mL 0.1% NH4OH 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8547
1,000 µg/mL 5% HNO3 tr. HF 100mL CRM 5190-8548 1,000 µg/mL 5% HNO3 tr. HF 500mL
CRM ICP-074 1,000 µg/mL 0.5% NH4OH 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610128300 Uncoded Tungsten (W) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Tungsten

75


RE

75
Atomic number
186.2
Atomic weight
Re
Element symbol
7.83
First ionization potential (eV)
3185
Melting point (°C)/1 atm

5590
Boiling point (°C)/1 atm


RHENIUM

Atomic weight: 186.207

Chemical form in solution: ReO4-

Isotope abundance: 185 (37.40%)*; 187 (62.60%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +7, +6, +5, +4, +3, +2, +1, 0, -1, -3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 1-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8507
1,000 µg/mL 5% HNO3 100mL CRM ICP-075 1,000 µg/mL 0.2% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610104400 Coded Rhenium (Re) coded single element
hollow cathode lamp 5610126400 Uncoded Rhenium (Re) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Rhenium

76


OS

76
Atomic number
190.2
Atomic weight
Os
Element symbol
8.44
First ionization potential (eV)
3033
Melting point (°C)/1 atm

5008
Boiling point (°C)/1 atm


OSMIUM

Atomic weight: 190.2

Chemical form in solution: OsCl62-

Isotope abundance: 184 (0.02%); 186 (1.59%); 187 (1.96%); 188 (13.24%);
189 (16.15%)*; 190 (26.26%); 192 (40.78%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +8, +7, +6, +5, +4, +3, +2, +1, 0, -2

Osmium

77


IR

77
Atomic number
192.2
Atomic weight
Ir
Element symbol
8.97
First ionization potential (eV)
2446
Melting point (°C)/1 atm

4428
Boiling point (°C)/1 atm


IRIDIUM

Atomic weight: 192.22

Chemical form in solution: IrCl6-2

Isotope abundance: 191 (37.3%); 193 (62.7%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +3, +2, +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels. 2-100 ppb levels stable for months in 1% HNO3/LDPE container.
1-10,000 ppm solutions chemically stable for years in 10% HCl/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with Cl-
 * HCl
 * H2SO4 if completed with Cl-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-277 1,000
µg/mL 5% HCl 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8400
10,000 µg/mL 20% HCl 100mL CRM ICP-177 10,000 µg/mL 10% HCl 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8469
1,000 µg/mL 20% HCl 100mL CRM 5190-8470 1,000 µg/mL 20% HCl 500mL CRM ICP-077
1,000 µg/mL 5% HCl 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8570 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610102600 Coded Iridium (Ir) coded single element
hollow cathode lamp 5610124500 Uncoded Iridium (Ir) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Iridium

78


PT

78
Atomic number
195.1
Atomic weight
Pt
Element symbol
8.96
First ionization potential (eV)

18.56
Second ionization potential (eV)
1768
Melting point (°C)/1 atm

3825
Boiling point (°C)/1 atm


PLATINUM

Atomic weight: 195.08

Chemical form in solution: Pt(Cl)62-

Isotope abundance: 190 (0.012%); 192 (0.782%); 194 (32.86%); 195 (33.78%)*;
196 (25.21%); 198 (7.356%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +2, 0

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-10 ppb Pt is stable for 2 months in 1% HNO3/LDPE container. 100 ppb is stable
for 5 months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable
for years in 10% HCl/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with Cl-
 * HCl
 * H2SO4 if complexed with Cl-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8302
1,000 µg/mL 20% HCl 100 mL CRM 5190-8303 1,000 µg/mL 20% HCl 500 mL CRM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8430
10,000 µg/mL 20% HCl 100mL CRM ICP-178 10,000 µg/mL 10% HCl 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8501
1,000 µg/mL 20% HCl 100mL CRM 5190-8502 1,000 µg/mL 20% HCl 500mL CRM ICP-078
1,000 µg/mL 2% HCl 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8577 10
µg/mL 5% HCl 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610104100 Coded Platinum (Pt) coded single element
hollow cathode lamp 5610126100 Uncoded Platinum (Pt) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610135900 High intensity UltrAA Platinum (Pt) high intensity UltrAA coded
single element hollow cathode lamp

Platinum

79


AU

79
Atomic number
197.0
Atomic weight
Au
Element symbol
9.23
First ionization potential (eV)

20.2
Second ionization potential (eV)
1064
Melting point (°C)/1 atm

2836
Boiling point (°C)/1 atm


GOLD

Atomic weight: 196.9665

Chemical form in solution: Au(Cl)63-

Isotope abundance: 197 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +7, +5, +3, +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels. 2-10 ppb Au is stable for ≤ 1 day maximum in 1% HNO3/LDPE
container. 100 ppb is stable for ≤ 2 days maximum in 1% HNO3/LDPE container.
1-10,000 ppm solutions chemically stable for years in 10% HCl/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 if complexed with Cl-
 * HCl
 * H2SO4 if completed with Cl-
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8282
1,000 µg/mL 20% HCl 100 mL CRM 5190-8283 1,000 µg/mL 20% HCl 500 mL CRM IAA-279
1,000 µg/mL 5% HCl 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8392
10,000 µg/mL 20% HCl 100mL CRM 5190-8393 10,000 µg/mL 20% HCl 500mL CRM ICP-179
10,000 µg/mL 10% HCl 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8461
1,000 µg/mL 20% HCl 100mL CRM 5190-8462 1,000 µg/mL 20% HCl 500mL CRM ICP-079
1,000 µg/mL H2O tr. HCl 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 8500-7000 100
µg/mL 2% HCl 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610102100 Coded Gold (Au) coded single element hollow
cathode lamp 5610124000 Uncoded Gold (Au) uncoded single element hollow cathode
lamp, for all AAS instruments with octal base connector 5610109000 High
intensity UltrAA Gold (Au) high intensity UltrAA coded single element hollow
cathode lamp

Gold

80


HG

80
Atomic number
200.6
Atomic weight
Hg
Element symbol
10.44
First ionization potential (eV)

18.76
Second ionization potential (eV)
-39
Melting point (°C)/1 atm

357
Boiling point (°C)/1 atm


MERCURY

Atomic weight: 200.59

Chemical form in solution: Hg(OH)(aq)+

Isotope abundance: 196 (0.15%); 198 (9.97%); 199 (16.87%); 200 (23.10%);
201 (13.18%)*; 202 (29.86%)*; 204 (6.87%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +2, +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels—stable in 10% HNO3 packaged in borosilicate glass; NOT stable
in 1% HNO3/ LDPE container. 1-100 ppm levels stable in 7% HNO3 packaged in
borosilicate glass. 1000-10,000 ppm solutions are chemically stable for years in
5-10% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3 (should be stored in borosilicate glass)
 * HCl (preferred matrix due to less adsorption)
 * H2SO4 (should be stored in borosilicate glass)
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8295
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8296 1,000 µg/mL 5% HNO3 500 mL CRM IAA-280
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8416
10,000 µg/mL 5% HNO3 100mL CRM 5190-8417 10,000 µg/mL 5% HNO3 500mL CRM ICP-180
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8485
1,000 µg/mL 5% HNO3 100mL CRM 5190-8486 1,000 µg/mL 5% HNO3 500mL CRM ICP-080
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8575 10
µg/mL 5% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610103400 Coded Mercury (Hg) coded single element
hollow cathode lamp 5610125300 Uncoded Mercury (Hg) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Mercury

81


TL

81
Atomic number
204.4
Atomic weight
Tl
Element symbol
6.11
First ionization potential (eV)

20.43
Second ionization potential (eV)
304
Melting point (°C)/1 atm

1473
Boiling point (°C)/1 atm


THALLIUM

Atomic weight: 204.383

Chemical form in solution: Tl(H2O)6+

Isotope abundance: 203 (29.52%); 205 (70.48%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +1

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8316
1,000 µg/mL 5% HNO3 100 mL CRM IAA-281 1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8217
10,000 µg/mL 5% HNO3 100mL CRM ICP-181 10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8537
1,000 µg/mL 5% HNO3 100mL CRM 5190-8538 1,000 µg/mL 5% HNO3 500mL CRM ICP-081
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-481 10
µg/mL 0.5% HNO3 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610105800 Coded Thallium (Tl) coded single element
hollow cathode lamp 5610127800 Uncoded Thallium (Tl) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610108400 High intensity UltrAA Thallium (Tl) high intensity UltrAA coded
single element hollow cathode lamp

Thallium

82


PB

82
Atomic number
207.2
Atomic weight
Pb
Element symbol
7.42
First ionization potential (eV)

15.03
Second ionization potential (eV)
327
Melting point (°C)/1 atm

1749
Boiling point (°C)/1 atm


LEAD

Atomic weight: 207.2

Chemical form in solution: Pb(H2O)6+2

Isotope abundance: 204 (1.4%); 206 (24.1%); 207 (22.1%); 208 (52.4%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8287
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8288 1,000 µg/mL 5% HNO3 500 mL CRM IAA-282
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8406
10,000 µg/mL 5% HNO3 100mL CRM 5190-8407 10,000 µg/mL 5% HNO3 500mL CRM ICP-182
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8475
1,000 µg/mL 5% HNO3 100mL CRM 5190-8476 1,000 µg/mL 5% HNO3 500mL CRM ICP-082
1,000 µg/mL H2O tr. HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8571 10
µg/mL 2% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610102900 Coded Lead (Pb) coded single element hollow
cathode lamp 5610124800 Uncoded Lead (Pb) uncoded single element hollow cathode
lamp, for all AAS instruments with octal base connector 5610108200 High
intensity UltrAA Lead (Pb) high intensity UltrAA coded single element hollow
cathode lamp

Lead

83


BI

83
Atomic number
209.0
Atomic weight
Bi
Element symbol
7.29
First ionization potential (eV)

16.70
Second ionization potential (eV)
271
Melting point (°C)/1 atm

1564
Boiling point (°C)/1 atm


BISMUTH

Atomic weight: 208.9804

Chemical form in solution: Bi(O)(H2O)x+

Isotope abundance: 209 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +5, +3, +1, -3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 5-7% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8266
1,000 µg/mL 5% HNO3 100 mL CRM 5190-8267 1,000 µg/mL 5% HNO3 500 mL CRM IAA-283
1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8362
10,000 µg/mL 5% HNO3 100mL CRM 5190-8363 10,000 µg/mL 5% HNO3 500mL CRM ICP-183
10,000 µg/mL 4% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8252
1,000 µg/mL 5% HNO3 100mL CRM 5190-8253 1,000 µg/mL 5% HNO3 500mL CRM ICP-083
1,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 8500-6936 10
µg/mL 2% HNO3 100mL CRM IMS-111 100 µg/mL 2% HNO3 125mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610100600 Coded Bismuth (Bi) coded single element
hollow cathode lamp 5610122500 Uncoded Bismuth (Bi) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector
5610134200 High intensity UltrAA Bismuth (Bi) high intensity UltrAA coded single
element hollow cathode lamp

Bismuth

84


PO

84
Atomic number
(209)
Atomic weight
Po
Element symbol
8.41
First ionization potential (eV)
254
Melting point (°C)/1 atm

962
Boiling point (°C)/1 atm


POLONIUM

Atomic weight: (209)

Oxidation states: +6, +4, +2, -2

Polonium

85


AT

85
Atomic number
(210)
Atomic weight
At
Element symbol
 
300
Melting point (°C)/1 atm

350
Boiling point (°C)/1 atm


ASTATINE

Atomic weight: (210)

Oxidation states: +3, +1, -1

Astatine

86


RN

86
Atomic number
(222)
Atomic weight
Rn
Element symbol
10.75
First ionization potential (eV)
-71
Melting point (°C)/1 atm

-62
Boiling point (°C)/1 atm


RADON

Atomic weight: (222)

Oxidation states: +2

Radon

87


FR

87
Atomic number
(223)
Atomic weight
Fr
Element symbol
4.07
First ionization potential (eV)
21
Melting point (°C)/1 atm

650
Boiling point (°C)/1 atm


FRANCIUM

Atomic weight: (223)

Oxidation states: +1

Francium

88


RA

88
Atomic number
(226)
Atomic weight
Ra
Element symbol
5.28
First ionization potential (eV)

10.15
Second ionization potential (eV)
696
Melting point (°C)/1 atm

1500
Boiling point (°C)/1 atm


RADIUM

Atomic weight: 226.025

Oxidation states: +2

Radium



104


RF

104
Atomic number
(267)
Atomic weight
Rf
Element symbol
6.0
First ionization potential (eV)


RUTHERFORDIUM

Atomic weight: (267)

Rutherfordium

105


DB

105
Atomic number
(268)
Atomic weight
Db
Element symbol


DUBNIUM

Atomic weight: (268)

Dubnium

106


SG

106
Atomic number
(271)
Atomic weight
Sg
Element symbol


SEABORGIUM

Atomic weight: (269)

Seaborgium

107


BH

107
Atomic number
(272)
Atomic weight
Bh
Element symbol


BOHRIUM

Atomic weight: (270)

Bohrium

108


HS

108
Atomic number
(270)
Atomic weight
Hs
Element symbol


HASSIUM

Atomic weight: (277)

Hassium

109


MT

109
Atomic number
(276)
Atomic weight
Mt
Element symbol


MEITNERIUM

Atomic weight: (278)

Meitnerium

110


DS

110
Atomic number
(281)
Atomic weight
Ds
Element symbol


DARMSTADTIUM

Atomic weight: (281)

Darmstadtium

111


RG

111
Atomic number
(280)
Atomic weight
Rg
Element symbol


ROENTGENIUM

Atomic weight: (282)

Roentgenium

112


CN

112
Atomic number
(285)
Atomic weight
Cn
Element symbol


COPERNICIUM

Atomic weight: (285)

Copernicium

113


UUT

113
Atomic number
(284)
Atomic weight
Uut
Element symbol


UNUNTRIUM

Atomic weight: (284)

Ununtrium

114


FL

114
Atomic number
(289)
Atomic weight
Fl
Element symbol


FLEROVIUM

Atomic weight: (289)

Flerovium

115


UUP

115
Atomic number
(288)
Atomic weight
Uup
Element symbol


UNUNPENTIUM

Atomic weight: (288)

Ununpentium

116


LV

116
Atomic number
(293)
Atomic weight
Lv
Element symbol


LIVERMORIUM

Atomic weight: (293)

Livermorium

117


UUS

117
Atomic number
(294)
Atomic weight
Uus
Element symbol


UNUNSEPTIUM

Atomic weight: (294)

Ununseptium

118


UUO

118
Atomic number
(294)
Atomic weight
Uuo
Element symbol


UNUNOCTIUM

Atomic weight: (294)

Ununoctium



57


LA

57
Atomic number
138.9
Atomic weight
La
Element symbol
5.58
First ionization potential (eV)

11.06
Second ionization potential (eV)
920
Melting point (°C)/1 atm

3464
Boiling point (°C)/1 atm


LANTHANUM

Atomic weight: 138.9055

Chemical form in solution: La(OH)y(H2O)x+3-y

Isotope abundance: 138 (0.09%); 139 (99.91%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-257 1,000
µg/mL 1% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8404
10,000 µg/mL 5% HNO3 100mL CRM 5190-8405 10,000 µg/mL 5% HNO3 500mL CRM ICP-157
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8473
1,000 µg/mL 5% HNO3 100mL CRM 5190-8474 1,000 µg/mL 5% HNO3 500mL CRM ICP-057
1,000 µg/mL 1% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610124700 Uncoded Lanthanum (La) uncoded single
element hollow cathode lamp, for all AAS instruments with octal base connector

Lanthanum

58


CE

58
Atomic number
140.1
Atomic weight
Ce
Element symbol
5.54
First ionization potential (eV)

10.85
Second ionization potential (eV)
799
Melting point (°C)/1 atm

3443
Boiling point (°C)/1 atm


CERIUM

Atomic weight: 140.12

Chemical form in solution: Ce(OH)y(H2O)x+4-y

Isotope abundance: 136 (0.19%); 138 (0.25%); 140 (88.45%)*; 142 (11.11%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-258 1,000
µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8370
10,000 µg/mL 5% HNO3 100mL CRM 5190-8371 10,000 µg/mL 5% HNO3 500mL CRM ICP-158
10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8331
1,000 µg/mL 5% HNO3 100mL CRM 5190-8332 1,000 µg/mL 5% HNO3 500mL CRM ICP-058
1,000 µg/mL 2% HNO3 125mL RM

Cerium

59


PR

59
Atomic number
140.9
Atomic weight
Pr
Element symbol
5.47
First ionization potential (eV)

10.55
Second ionization potential (eV)
931
Melting point (°C)/1 atm

3520
Boiling point (°C)/1 atm


PRASEODYMIUM

Atomic weight: 140.9077

Chemical form in solution: Pr(OH)y(H2O)x+3-y

Isotope abundance: 141 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-259 1,000
µg/mL 1% HNO3 125 mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8505
1,000 µg/mL 5% HNO3 100mL CRM ICP-059 1,000 µg/mL 1% HNO3 125mL RM

Praseodymium

60


ND

60
Atomic number
144.2
Atomic weight
Nd
Element symbol
5.53
First ionization potential (eV)

10.72
Second ionization potential (eV)
1016
Melting point (°C)/1 atm

3074
Boiling point (°C)/1 atm


NEODYMIUM

Atomic weight: 144.24

Chemical form in solution: Nd(OH)y(H2O)x+3-y

Isotope abundance: 142 (27.2%); 143 (12.2%); 144 (23.8%); 145 (8.3%);
146 (17.2%)*; 148 (5.7%); 150 (5.6%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8421
10,000 µg/mL 500mL CRM ICP-160 10,000 µg/mL 4% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8489
1,000 µg/mL 5% HNO3 100mL CRM 5190-8490 1,000 µg/mL 5% HNO3 500mL CRM ICP-060
1,000 µg/mL 2% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610103600 Coded Neodymium (Nd) coded single element
hollow cathode lamp 5610125500 Uncoded Neodymium (Nd) uncoded single element
hollow cathode lamp, for all AAS instruments with octal base connector

Neodymium

61


PM

61
Atomic number
(145)
Atomic weight
Pm
Element symbol
5.58
First ionization potential (eV)

10.90
Second ionization potential (eV)
1042
Melting point (°C)/1 atm

3000
Boiling point (°C)/1 atm


PROMETHIUM

Atomic weight: (145)

Oxidation states: +3

Promethium

62


SM

62
Atomic number
150.4
Atomic weight
Sm
Element symbol
5.64
First ionization potential (eV)

11.07
Second ionization potential (eV)
1072
Melting point (°C)/1 atm

1794
Boiling point (°C)/1 atm


SAMARIUM

Atomic weight: 150.36

Chemical form in solution: Sm(OH)y(H2O)x+3-y

Isotope abundance: 144 (3.07%); 147 (14.99%)*; 148 (11.24%); 149 (13.82%);
150 (7.38%); 152 (26.75%); 154 (22.75%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8515
1,000 µg/mL 5% HNO3 100mL CRM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610126800 Uncoded Samarium (Sa) uncoded single
element hollow cathode lamp, for all AAS instruments with octal base connector

Samarium

63


EU

63
Atomic number
152.0
Atomic weight
Eu
Element symbol
5.67
First ionization potential (eV)

11.25
Second ionization potential (eV)
822
Melting point (°C)/1 atm

1529
Boiling point (°C)/1 atm


EUROPIUM

Atomic weight: 151.96

Chemical form in solution: Eu(OH)y(H2O)x+3-y

Isotope abundance: 151 (47.81%); 153 (52.19%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8385
10,000 µg/mL 5% HNO3 500mL CRM ICP-163 10,000 µg/mL 4% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8239
1,000 µg/mL 5% HNO3 100mL CRM ICP-063 1,000 µg/mL 1% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610123600 Uncoded Europium (Eu) uncoded single
element hollow cathode lamp, for all AAS instruments with octal base connector

Europium

64


GD

64
Atomic number
157.3
Atomic weight
Gd
Element symbol
6.15
First ionization potential (eV)

12.09
Second ionization potential (eV)
1313
Melting point (°C)/1 atm

3273
Boiling point (°C)/1 atm


GADOLINIUM

Atomic weight: 157.25

Chemical form in solution: Gd(OH)x(H2O)y+3-x

Isotope abundance: 152 (0.2%); 154 (2.18%); 155 (14.80%); 156 (20.47%);
157 (15.65%)*; 158 (24.84%); 160 (21.86%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8386
10,000 µg/mL 5% HNO3 100mL CRM 5190-8387 10,000 µg/mL 5% HNO3 500mL CRM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8241
1,000 µg/mL 5% HNO3 100mL CRM 5190-8456 1,000 µg/mL 5% HNO3 500mL CRM ICP-064
1,000 µg/mL 1% HNO3 125mL RM


SINGLE ELEMENT LAMPS

Part No. Type Description 5610123700 Uncoded Gadolinium (Gd) uncoded single
element hollow cathode lamp, for all AAS instruments with octal base connector

Gadolinium

65


TB

65
Atomic number
158.9
Atomic weight
Tb
Element symbol
5.86
First ionization potential (eV)

11.52
Second ionization potential (eV)
1359
Melting point (°C)/1 atm

3230
Boiling point (°C)/1 atm


TERBIUM

Atomic weight: 158.9254

Chemical form in solution: Tb(OH)x(H2O)y+3-x

Isotope abundance: 159 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8216
10,000 µg/mL 500mL CRM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8535
1,000 µg/mL 5% HNO3 100mL CRM ICP-065 1,000 µg/mL 1% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8582 10
µg/mL 2% HNO3 100mL CRM IMS-114 100 µg/mL 2% HNO3 125mL RM

Terbium

66


DY

66
Atomic number
162.5
Atomic weight
Dy
Element symbol
5.94
First ionization potential (eV)

11.67
Second ionization potential (eV)
1412
Melting point (°C)/1 atm

2567
Boiling point (°C)/1 atm


DYSPROSIUM

Atomic weight: 162.50

Chemical form in solution: Dy(OH)x(H2O)y+3-x

Isotope abundance: 156 (0.06%); 158 (0.09%); 160 (2.33%); 161 (18.89%);
162 (25.47%); 163 (24.90%)*; 164 (28.26%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8381
10,000 µg/mL 500mL CRM ICP-166 10,000 µg/mL 1% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8350
1,000 µg/mL 5% HNO3 100mL CRM ICP-066 1,000 µg/mL 1% HNO3 125mL RM

Dysprosium

67


HO

67
Atomic number
164.9
Atomic weight
Ho
Element symbol
6.02
First ionization potential (eV)

11.80
Second ionization potential (eV)
1472
Melting point (°C)/1 atm

2700
Boiling point (°C)/1 atm


HOLMIUM

Atomic weight: 164.9304

Chemical form in solution: Ho(OH)x(H2O)y+3-x

Isotope abundance: 165 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8465
1,000 µg/mL 5% HNO3 100mL CRM ICP-067 1,000 µg/mL 1% HNO3 125mL RM

Holmium

68


ER

68
Atomic number
167.3
Atomic weight
Er
Element symbol
6.11
First ionization potential (eV)

11.93
Second ionization potential (eV)
1529
Melting point (°C)/1 atm

2868
Boiling point (°C)/1 atm


ERBIUM

Atomic weight: 167.26

Chemical form in solution: Er(OH)x(H2O)y+3-x

Isotope abundance: 162 (0.14%); 164 (1.60%); 166 (33.50%)*; 167 (22.87%);
168 (26.98%); 170 (14.91%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8237
1,000 µg/mL 5% HNO3 100mL CRM ICP-068 1,000 µg/mL 2% HNO3 125mL RM

Erbium

69


TM

69
Atomic number
168.9
Atomic weight
Tm
Element symbol
6.18
First ionization potential (eV)

12.05
Second ionization potential (eV)
1545
Melting point (°C)/1 atm

1950
Boiling point (°C)/1 atm


THULIUM

Atomic weight: 168.9342

Chemical form in solution: Tm(OH)x(H2O)y+3-x

Isotope abundance: 169 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8541
1,000 µg/mL 5% HNO3 100mL CRM ICP-069 1,000 µg/mL 2% HNO3 125mL RM

Thulium

70


YB

70
Atomic number
173.1
Atomic weight
Yb
Element symbol
6.25
First ionization potential (eV)

12.18
Second ionization potential (eV)
824
Melting point (°C)/1 atm

1196
Boiling point (°C)/1 atm


YTTERBIUM

Atomic weight: 173.054

Chemical form in solution: Yb(OH)x(H2O)y+3-x

Isotope abundance: 168 (0.12%); 170 (2.98%); 171 (14.09%); 172 (21.68%)*;
173 (16.10%); 174 (32.03%); 176 (13.00%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 1,000 µg/mL 5%
HNO3 100 mL CRM 1,000 µg/mL 5% HNO3 500 mL CRM 1,000 µg/mL 2% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 10,000 µg/mL
5% HNO3 100mL CRM 10,000 µg/mL 5% HNO3 500mL CRM 10,000 µg/mL 2% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8553
1,000 µg/mL 5% HNO3 100mL CRM ICP-070 1,000 µg/mL 1% HNO3 125mL RM

Ytterbium

71


LU

71
Atomic number
175.0
Atomic weight
Lu
Element symbol
5.43
First ionization potential (eV)

13.90
Second ionization potential (eV)
1663
Melting point (°C)/1 atm

3402
Boiling point (°C)/1 atm


LUTETIUM

Atomic weight: 174.9668

Chemical form in solution: Lu(OH)x(H2O)y+3-x

Isotope abundance: 175 (97.40%)*; 176 (2.60%)

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8410
10,000 µg/mL 5% HNO3 100mL CRM ICP-171 10,000 µg/mL 1% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8479
1,000 µg/mL 5% HNO3 100mL CRM 5190-8480 1,000 µg/mL 5% HNO3 500mL CRM ICP-071
1,000 µg/mL 1% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8573 10
µg/mL 2% HNO3 100mL CRM

Lutetium

89


AC

89
Atomic number
(227)
Atomic weight
Ac
Element symbol
5.17
First ionization potential (eV)

11.75
Second ionization potential (eV)
1050
Melting point (°C)/1 atm

3200
Boiling point (°C)/1 atm


ACTINIUM

Atomic weight: 227.028

Oxidation states: +3

Actinium

90


TH

90
Atomic number
232.0
Atomic weight
Th
Element symbol
6.31
First ionization potential (eV)

11.90
Second ionization potential (eV)
1750
Melting point (°C)/1 atm

4785
Boiling point (°C)/1 atm


THORIUM

Atomic weight: 232.0381

Chemical form in solution: Th(OH)3+ and Th(OH)22+

Isotope abundance: 232 (100%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +4, +3, +2

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

AA | MP-AES STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) IAA-290 1,000
µg/mL 4% HNO3 125 mL RM

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-190 10,000
µg/mL 4% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8539
1,000 µg/mL 5% HNO3 100mL CRM 5190-8540 1,000 µg/mL 5% HNO3 500mL CRM ICP-090
1,000 µg/mL 4% HNO3 125mL RM

Thorium

91


PA

91
Atomic number
231.0
Atomic weight
Pa
Element symbol
5.89
First ionization potential (eV)
1572
Melting point (°C)/1 atm

4000
Boiling point (°C)/1 atm


PROTACTINIUM

Atomic weight: 231.036

Oxidation states: +5, +4, +3

Protactinium

92


U

92
Atomic number
238.0
Atomic weight
U
Element symbol
6.19
First ionization potential (eV)

10.60
Second ionization potential (eV)
1135
Melting point (°C)/1 atm

4131
Boiling point (°C)/1 atm


URANIUM

Atomic weight: 238.0289

Chemical form in solution: UO22+ (uranyl)

Isotope abundance: 234 (0.005%); 235 (0.720%); 238 (99.274%)*

Highlighted isotope is the recommended mass number for ICP-MS analysis

Oxidation states: +6, +5, +4, +3

STORAGE CONDITIONS

Store at room temperature (15° to 30°C)

STABILITY

2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm
solutions chemically stable for years in 2-5% HNO3/LDPE container.

MATRIX COMPATIBILITY

 * Aqueous/HNO3
 * HCl
 * H2SO4
 * H3PO4 (not commonly used due to attacking containers)


SINGLE ELEMENT INORGANIC STANDARDS

MP-AES | ICP-OES STANDARDS AT 10,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) ICP-192 10,000
µg/mL 4% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 1,000 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8549
1,000 µg/mL 5% HNO3 100mL CRM 5190-8550 1,000 µg/mL 5% HNO3 500mL CRM ICP-092
1,000 µg/mL 4% HNO3 125mL RM

ICP-OES | ICP-MS STANDARDS AT 10 AND 100 UG/ML

Part Number Concentration Matrix Volume Quality Level (ISO 17034) 5190-8584 10
µg/mL 2% HNO3 100mL CRM

Uranium

93


NP

93
Atomic number
(237)
Atomic weight
Np
Element symbol
6.27
First ionization potential (eV)
644
Melting point (°C)/1 atm

3902
Boiling point (°C)/1 atm


NEPTUNIUM

Atomic weight: 237.048

Oxidation states: +7, +6, +5, +4, +3, +2

Neptunium

94


PU

94
Atomic number
(244)
Atomic weight
Pu
Element symbol
6.03
First ionization potential (eV)

11.20
Second ionization potential (eV)
640
Melting point (°C)/1 atm

3228
Boiling point (°C)/1 atm


PLUTONIUM

Atomic weight: (244)

Oxidation states: (+7), +6, +5, +4, +3, +2

Plutonium

95


AM

95
Atomic number
(243)
Atomic weight
Am
Element symbol
5.97
First ionization potential (eV)
1176
Melting point (°C)/1 atm

2011
Boiling point (°C)/1 atm


AMERICIUM

Atomic weight: (243)

Oxidation states: +6, +5, +4, +3, +2

Americium

96


CM

96
Atomic number
(247)
Atomic weight
Cm
Element symbol
5.99
First ionization potential (eV)
1345
Melting point (°C)/1 atm


CURIUM

Atomic weight: (247)

Oxidation states: +4, +3, +2

Curium

97


BK

97
Atomic number
(247)
Atomic weight
Bk
Element symbol
6.20
First ionization potential (eV)
986
Melting point (°C)/1 atm


BERKELIUM

Atomic weight: (247)

Oxidation states: +4, +3, +2

Berkelium

98


CF

98
Atomic number
(251)
Atomic weight
Cf
Element symbol
6.28
First ionization potential (eV)

11.80
Second ionization potential (eV)
900
Melting point (°C)/1 atm


CALIFORNIUM

Atomic weight: (251)

Oxidation states: +4, +3, +2

Californium

99


ES

99
Atomic number
(252)
Atomic weight
Es
Element symbol
6.42
First ionization potential (eV)

12.0
Second ionization potential (eV)
860
Melting point (°C)/1 atm


EINSTEINIUM

Atomic weight: (254)

Oxidation states: (+4), +3, (+2)

Einsteinium

100


FM

100
Atomic number
(257)
Atomic weight
Fm
Element symbol
6.50
First ionization potential (eV)
1527
Melting point (°C)/1 atm


FERMIUM

Atomic weight: (257)

Oxidation states: +3, (+2)

Fermium

101


MD

101
Atomic number
(258)
Atomic weight
Md
Element symbol
6.58
First ionization potential (eV)
827
Melting point (°C)/1 atm


MENDELEVIUM

Atomic weight: (258)

Oxidation states: +3, +2

Mendelevium

102


NO

102
Atomic number
(259)
Atomic weight
No
Element symbol
6.65
First ionization potential (eV)
827
Melting point (°C)/1 atm


NOBELIUM

Atomic weight: (259)

Oxidation states: +3, +2

Nobelium

103


LR

103
Atomic number
(262)
Atomic weight
Lr
Element symbol
4.90
First ionization potential (eV)
1627
Melting point (°C)/1 atm


LAWRENCIUM

Atomic weight: (262)

Oxidation states: +3

Lawrencium

Download a printable copy with a full relative isotopic abundance table.

AA Matrix modifiers


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