This Standard Reference Material (SRM®) is a solution of aromatic hydrocarbons, primarily polycyclic aromatic hydrocarbons (PAHs) ranging in molecular mass from 128 u to 302 u, in toluene. This SRM is intended for use in the calibration of chromatographic instrumentation used for the determination of aromatic hydrocarbons, primarily PAHs. A unit of NIST-2260a consists of five 2 mL ampoules, each containing approximately 1.2 mL of solution. /// Sample value(s) - please ask for current certificate.
Hazards
Contents
Analyte
CAS Number
Concentration
Unit
Additional information
Method
Naphthalene
[91-20-3]
11,43 ± 0,30
µg/g
Biphenyl
[92-52-4]
5,61 ± 0,14
µg/g
Acenaphthylene
[208-96-8]
6,26 ± 0,20
µg/g
Acenaphthene
[83-32-9]
5,55 ± 0,13
µg/g
Fluorene
[86-73-7]
4,71 ± 0,11
µg/g
Dibenzothiophene
[132-65-0]
4,39 ± 0,17
µg/g
Phenanthrene
[85-01-8]
11,57 ± 0,12
µg/g
Anthracene
[120-12-7]
3,736 ± 0,054
µg/g
4H-Cyclopenta(def)phenanthrene
[203-64-5]
2,32 ± 0,11
µg/g
Fluoranthene
[206-44-0]
8,324 ± 0,087
µg/g
Pyrene
[129-00-0]
8,949 ± 0,083
µg/g
Benzo(g,h,i)fluoranthene
[203-12-3]
3,414 ± 0,045
µg/g
Cyclopenta(c,d)pyrene
[27208-37-3]
1,958 ± 0,024
µg/g
Benzo(c)phenanthrene
[195-19-7]
4,608 ± 0,036
µg/g
Benzo(a)anthracene
[56-55-3]
4,415 ± 0,078
µg/g
Chrysene
[218-01-9]
4,62 ± 0,11
µg/g
Triphenylene
[217-59-4]
4,12 ± 0,16
µg/g
Benzo(b)fluoranthene
[205-99-2]
7,86 ± 0,10
µg/g
Benzo(j)fluoranthene
[205-82-3]
4,145 ± 0,097
µg/g
Benzo(k)fluoranthene
[207-08-9]
3,444 ± 0,036
µg/g
Benzo(a)fluoranthene
[203-33-8]
2,279 ± 0,064
µg/g
Benzo(e)pyrene
[192-97-2]
4,561 ± 0,054
µg/g
Benzo(a)pyrene
[50-32-8]
4,71 ± 0,17
µg/g
Perylene
[198-55-0]
4,430 ± 0,045
µg/g
Indeno(1,2,3-cd)pyrene
[193-39-5]
4,425 ± 0,030
µg/g
Benzo(g,h,i)perylene
[191-24-2]
5,669 ± 0,069
µg/g
Dibenz(a,h)anthracene
[53-70-3]
4,555 ± 0,063
µg/g
Dibenz(a,c)anthracene
[215-58-7]
2,912 ± 0,026
µg/g
Dibenz(a,j)anthracene
[224-41-9]
4,539 ± 0,062
µg/g
Picene
[213-46-7]
3,257 ± 0,047
µg/g
Benzo(b)chrysene
[214-17-5]
4,092 ± 0,033
µg/g
Anthanthrene
[191-26-4]
2,205 ± 0,029
µg/g
Coronene
[191-07-1]
2,255 ± 0,033
µg/g
Dibenzo(b,k)fluoranthene
[205-97-0]
1,646 ± 0,068
µg/g
Dibenzo(a,e)pyrene
[192-65-4]
2,277 ± 0,023
µg/g
Naphthalene
[91-20-3]
9,89 ± 0,26
µg/mL
Biphenyl
[92-52-4]
4,85 ± 0,12
µg/mL
Acenaphthylene
[208-96-8]
5,41 ± 0,17
µg/mL
Acenaphthene
[83-32-9]
4,80 ± 0,11
µg/mL
Fluorene
[86-73-7]
4,07 ± 0,10
µg/mL
Dibenzothiophene
[132-65-0]
3,80 ± 0,15
µg/mL
Phenanthrene
[85-01-8]
10,01 ± 0,10
µg/mL
Anthracene
[120-12-7]
3,231 ± 0,047
µg/mL
4H-Cyclopenta(def)phenanthrene
[203-64-5]
2,01 ± 0,10
µg/mL
Fluoranthene
[206-44-0]
7,200 ± 0,075
µg/mL
Pyrene
[129-00-0]
7,741 ± 0,072
µg/mL
Benzo(g,h,i)fluoranthene
[203-12-3]
2,953 ± 0,039
µg/mL
Cyclopenta(c,d)pyrene
[27208-37-3]
1,694 ± 0,021
µg/mL
Benzo(c)phenanthrene
[195-19-7]
3,986 ± 0,031
µg/mL
Benzo(a)anthracene
[56-55-3]
3,819 ± 0,067
µg/mL
Chrysene
[218-01-9]
4,00 ± 0,10
µg/mL
Triphenylene
[217-59-4]
3,56 ± 0,14
µg/mL
Benzo(b)fluoranthene
[205-99-2]
6,80 ± 0,09
µg/mL
Benzo(j)fluoranthene
[205-82-3]
3,585 ± 0,084
µg/mL
Benzo(k)fluoranthene
[207-08-9]
2,979 ± 0,031
µg/mL
Benzo(a)fluoranthene
[203-33-8]
1,971 ± 0,055
µg/mL
Benzo(e)pyrene
[192-97-2]
3,945 ± 0,047
µg/mL
Benzo(a)pyrene
[50-32-8]
4,07 ± 0,15
µg/mL
Perylene
[198-55-0]
3,83 ± 0,039
µg/mL
Indeno(1,2,3-cd)pyrene
[193-39-5]
3,828 ± 0,026
µg/mL
Benzo(g,h,i)perylene
[191-24-2]
4,904 ± 0,060
µg/mL
Dibenz(a,h)anthracene
[53-70-3]
3,940 ± 0,054
µg/mL
Dibenz(a,c)anthracene
[215-58-7]
2,519 ± 0,022
µg/mL
Dibenz(a,j)anthracene
[224-41-9]
3,926 ± 0,054
µg/mL
Picene
[213-46-7]
2,817 ± 0,041
µg/mL
Benzo(b)chrysene
[214-17-5]
3,540 ± 0,029
µg/mL
Anthanthrene
[191-26-4]
1,907 ± 0,025
µg/mL
Coronene
[191-07-1]
1,951 ± 0,029
µg/mL
Dibenzo(b,k)fluoranthene
[205-97-0]
1,424 ± 0,059
µg/mL
Dibenzo(a,e)pyrene
[192-65-4]
1,970 ± 0,020
µg/mL
Miscellaneous
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Product data sheet
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NIST Standard Reference Materials are used by analytical laboratories in industry, academia and government in order to facilitate commerce and trade and to advance research and development. The SRMs are produced by the engineering laboratory, the material measurement laboratory, and the physical measurement laboratory at NIST. They are available for chemical composition, physical properties, and engineering materials.
