Chemical Reference Standards AccuStandard®

Petrochemical ASTM Standards
ASTM Standards
ASTM D-3610 Total Cobalt in Alumina-Base Cobalt-
Molybdenum Catalyst by Potentiometric Titration
Cobalt Oxide Standard
D-3610-93-1
$ 50 / 1 x 100 mL
Cobalt oxide @ 1500 µg/mL in Water
This SIM DIS (Simulated Distillation or GCD) Method is used to
determine the boiling range distribution of gasoline and gasoline
components. ASTM Method D-3710 is used for petroleum products
and fractions with a final boiling point of 500°F (260°C) or lower. By
having an insight into the composition of the gasoline blend, essential
data for the calculation of vapor pressure and a prediction of the D-86
distillation curve can be made.
Qualitative Calibration Standard
D-3710-QUAL
D-3710-QUAL-PAK
Approx. Wt./ Wt. %
n-Butane 4.5
n-Butylbenzene 3.2
n-Decane 3.2
2,4-Dimethylpentane 5.4
n-Dodecane 3.2
n-Heptane 9.7
n-Hexane 5.4
2-Methylbutane 9.7
2-Methylpentane 5.4
2-Methylpropane 1.5
Quantitative Calibration Standard
ASTM-D3710
ASTM-D3710-PAK
Vol./Vol. %
n-Butylbenzene 3.5
n-Decane 3.5
2,4-Dimethylpentane 5.8
n-Dodecane 3.5
n-Heptane 10.5
n-Hexane 5.8
2-Methylbutane 10.5
2-Methylpentane 5.8
Originally designed for D-3610-88
(re-approved 1993)
ASTM D-3710 (Reapproved 1999) Boiling Range
Distribution of Gasoline & Gasoline Fractions by GC
Originally designed for D-3710-95
$ 30 / 1 x 1 mL
SAVE $ 120 / 5 x 1 mL
19 comps.
Approx. Wt./ Wt. %
n-Octane 5.4
n-Pentadecane 2.2
n-Pentane 7.6
n-Propane 1.5
n-Propylbenzene 4.3
n-Tetradecane 2.2
Toluene 10.8
n-Tridecane 2.2
p-Xylene 13
$ 25 / 1 x 1 mL
SAVE 36% $ 80 / 5 x 1 mL
16 comps.
Vol./Vol. %
n-Octane 5.8
n-Pentadecane 2.3
n-Pentane 8.1
n-Propylbenzene 4.7
n-Tetradecane 2.3
Toluene 11.6
n-Tridecane 2.3
p-Xylene 14.0
ASTM D-3798 Analysis of p-Xylene by GC
AccuStandard’s R & D team has developed a special highly purified p-
Xylene designed for ASTM Method D-3798 specifications. The
incorporation of this p-Xylene into the formulation allows the analytical
chemist to qualitatively and quantitatively measure the impurities in the
p-Xylene feedstock streams.
p-Xylene Impurity Standard with Internal Standard
D-3798-IS
D-3798-IS-PAK
At stated conc. by weight
Wt./Wt. %
n-Pentane 0.15
n-Octane 0.15
Benzene 0.15
Toluene 0.15
Ethylbenzene 0.15
p-Xylene 98.65
m-Xylene 0.15
p-Xylene Impurity Standard without Internal
Standard
D-3798-10ML
D-3798-10ML-PAK
At stated conc. by weight
Wt./Wt. %
n-Pentane 0.15
n-Octane 0.15
Benzene 0.15
Toluene 0.15
Ethylbenzene 0.15
$ 30 / 1 x 1 mL
SAVE 33% $ 100 / 5 x 1 mL
11 comps.
Wt./Wt. %
o-Xylene 0.15
Cumene 0.15
Propylbenzene 0.15
Total Analytes 100
plus n-Undecane* (ISTD) 0.500 grams
$ 65 / 1 x 10 mL
SAVE $ 260 / 5 x 10 mL
10 comps.
Wt./Wt. %
p-Xylene 98.65
m-Xylene 0.15
o-Xylene 0.15
Cumene 0.15
Propylbenzene 0.15
Technical Note
Bulk Packaged p-Xylene without Internal Standard
Other suggested internal standards can be used in conjunction with
the bulk packaged D-3789 1 x 10 mL ampule to meet your
company’s application. If you prefer to save yourself from making
standards, contact AccuStandard’s Technical Department with your
unique formulation for a custom quotation. The custom quotation
request form is located in the back of this catalog.
ASTM D-2887-99 Boiling Range Distribution of
Petroleum Fractions by GC
Calibration Solution
DRH-002S-R1 *
$ 50 / 1 x 1 mL
DRH-002S-R1-PAK * SAVE $ 200 / 5 x 1 mL
At stated conc. in Chloroform
17 comps.
µg/mL
n-Hexane 600
n-Heptane 600
n-Octane 800
n-Nonane 800
n-Decane 1200
n-Undecane 1200
n-Dodecane 1200
n-Tetradecane 1200
n-Hexadecane 1000
µg/mL
n-Octadecane 500
n-Eicosane 200
n-Tetracosane 200
n-Octacosane 100
n-Dotriacontane 100
n-Hexatriacontane 100
n-Tetracontane 100
n-Tetratetracontane 100
* Can be shipped by Air and Sea
ASTM D-3831 Manganese in Gasoline by AA
Spectroscopy
Originally designed for D-3831-98
Manganese Stock Solution
D-3831 $ 65 / 1 x 100 mL
Manganese @ 1.0 g Mn / gal (264.2 mg Mn / L) in Methyl isobutyl ketone
150
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