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Reference Materials Certified by The Japan Petroleum Institute

This reference material is an analytical standard for determining sulfur in fuel oil.
S0316
Sulfur Content 0 mass% level

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These reference materials are analytical standards for determining sulfur in gas oil.
S0526
Sulfur Content 10 mass ppm level
S0527
Sulfur Content 20 mass ppm level
S0528
Sulfur Content 50 mass ppm level
S0432
Sulfur Content 100 mass ppm level
S0711
Sulfur Content 300 mass ppm level
S0434
Sulfur Content 500 mass ppm level
S0435
Sulfur Content 800 mass ppm level

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These reference materials are analytical standards for determining sulfur in fuel oil and are prepared by blending a reduced crude oil, distillate oil.
S0369
Sulfur Content 0.1 mass% level
S0713
Sulfur Content 0.3 mass% level
S0225
Sulfur Content 0.5 mass% level
S0226
Sulfur Content 1 mass% level
S0227
Sulfur Content 2 mass% level
S0266
Sulfur Content 3 mass% level
S0317
Sulfur Content 4 mass% level

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These reference materials are analytical standards for determining nitrogen in fuel oil and are prepared by blending distillation residues at reduced pressure, gas oil and others.
S0250
Nitrogen Content 0.05 mass% level
S0251
Nitrogen Content 0.1 mass% level

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These reference materials are analytical standard for determining nickel and vanadium in residual fuel oil and is prepared with a reduced crude oil of the Middle East.
S0264
Low Level
S0265
High Level

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This reference material is an analytical standard for determining hydrocarbon types in gasoline.
S0429
Methanol　　1.5 vol% level
Ethanol　　　5.3 vol% level
MTBE　　　　 5.2 vol% level
ETBE　　　　 5.2 vol% level
Benzene　　　0.5 vol% level
Toluene　　　16.2 vol% level
Xylene　　　 10.7 vol% level
Kerosene　　 3.7 vol% level

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These reference materials are analytical standards for determining hydrocarbon types in gasoline and are prepared by blending cracked stock, reformate and straight gasolines.
S0333
Olefins Content 5 vol% level
S0806
Olefins Content 25 vol% level

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These reference materials are pure hydrocarbon compounds and multicomponent mixture of hydrocarbon.
S0554
Decane
S0555
Hexadecane
S0556
C10 Tetramer

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This reference material is used to confirm the peak separation. It is a mixture of the following components shown in Table below.
S0710
Reference Material of Column Resolution Check Mix.
Methanol 2-Methylpentane n-Butane
Isobuthylene ETBE n-Pentane
Isobutene 3,3-Dimethyl-1-pentene n-Hexane
Ethanol 1-Methylcyclopentene n-Heptane
3-Methyl-1-butene Benzene n-Octane
cis-2-Pentene p-Xylene n-Nonane
trans-2-Pentene 2,3-Dimethylheptane n-Decane
tert-Butanol 5-Methylnonane n-Undecane
2-Methyl-2-butene 1,2-Methylethylbenzene n-Dodecane
2,3-Dimethylbutane 1-Methylnaphthalene n-Tridecane
MTBE n-Propane n-Tetradecane

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This material is used to dilute the test sample in JIS K 2536-2 (Liquid petroleum products-Testing method of components Part2 : Determination of total components by gas chromatography).
S0712
Reference Material of Diluting Gasoline

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27 Results Found
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Reference Material of Hydrocarbon Types in Gasoline by FIA Certified by The Japan Petroleum Institute, Olefins Content 5vol% level (5mL×3)
Reference Material of Hydrocarbon Types in Gasoline by FIA Certified by The Japan Petroleum Institute, Olefins Content 5vol% level (5mL×3)
Product Number S0333
CAS RN
Purity / Analysis Method:

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Reference Material of Gasoline Components Certified by The Japan Petroleum Institute, / Methanol 1.5 vol% level / Ethanol 5.3 vol% level / MTBE 5.2 vol% level / ETBE 5.2 vol% level / Benzene 0.5 vol% level / Toluene 16.2 vol% level / Xylene 10.7 vol% level / Kerosene 3.7 vol% level (10mL×3)
Reference Material of Gasoline Components Certified by The Japan Petroleum Institute, / Methanol 1.5 vol% level / Ethanol 5.3 vol% level / MTBE 5.2 vol% level / ETBE 5.2 vol% level / Benzene 0.5 vol% level / Toluene 16.2 vol% level / Xylene 10.7 vol% level / Kerosene 3.7 vol% level (10mL×3)
Product Number S0429
CAS RN
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Reference Material of Hydrocarbon Types in Gasoline by FIA Certified by The Japan Petroleum Institute, Olefins Content 25vol% level (5mL×3)
Reference Material of Hydrocarbon Types in Gasoline by FIA Certified by The Japan Petroleum Institute, Olefins Content 25vol% level (5mL×3)
Product Number S0806
CAS RN
Purity / Analysis Method:

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Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 0.5mass% level
Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 0.5mass% level
Product Number S0225
CAS RN
Purity / Analysis Method:

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Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 1mass% level
Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 1mass% level
Product Number S0226
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Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 2mass% level
Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 2mass% level
Product Number S0227
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Reference Material of Nitrogen in Residual Fuel Oil Certified by The Japan Petroleum Institute, Nitrogen Content 0.05mass% level
Reference Material of Nitrogen in Residual Fuel Oil Certified by The Japan Petroleum Institute, Nitrogen Content 0.05mass% level
Product Number S0250
CAS RN
Purity / Analysis Method:

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Reference Material of Nitrogen in Residual Fuel Oil Certified by The Japan Petroleum Institute, Nitrogen Content 0.1mass% level
Reference Material of Nitrogen in Residual Fuel Oil Certified by The Japan Petroleum Institute, Nitrogen Content 0.1mass% level
Product Number S0251
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Reference Material of Nickel and Vanadium in Residual Fuel Oil Certified by The Japan Petroleum Institute, Low Level
Reference Material of Nickel and Vanadium in Residual Fuel Oil Certified by The Japan Petroleum Institute, Low Level
Product Number S0264
CAS RN
Purity / Analysis Method:
New

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Reference Material of Nickel and Vanadium in Residual Fuel Oil Certified by The Japan Petroleum Institute, High Level
Reference Material of Nickel and Vanadium in Residual Fuel Oil Certified by The Japan Petroleum Institute, High Level
Product Number S0265
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Purity / Analysis Method:

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Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 3mass% level
Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 3mass% level
Product Number S0266
CAS RN
Purity / Analysis Method:

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Reference Material of Sulfur in Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 0mass% level
Reference Material of Sulfur in Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 0mass% level
Product Number S0316
CAS RN
Purity / Analysis Method:

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Reference Material of Hydrocarbon Types in Gasoline by FIA Certified by The Japan Petroleum Institute, Olefins Content 5vol% level (5mL×3)
Product Number:   S0333 | Purity / Analysis Method:  

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Reference Material of Gasoline Components Certified by The Japan Petroleum Institute, / Methanol 1.5 vol% level / Ethanol 5.3 vol% level / MTBE 5.2 vol% level / ETBE 5.2 vol% level / Benzene 0.5 vol% level / Toluene 16.2 vol% level / Xylene 10.7 vol% level / Kerosene 3.7 vol% level (10mL×3)
Product Number:   S0429 | Purity / Analysis Method:  

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Reference Material of Hydrocarbon Types in Gasoline by FIA Certified by The Japan Petroleum Institute, Olefins Content 25vol% level (5mL×3)
Product Number:   S0806 | Purity / Analysis Method:  

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Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 0.5mass% level
Product Number:   S0225 | Purity / Analysis Method:  

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Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 1mass% level
Product Number:   S0226 | Purity / Analysis Method:  

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Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 2mass% level
Product Number:   S0227 | Purity / Analysis Method:  

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Reference Material of Nitrogen in Residual Fuel Oil Certified by The Japan Petroleum Institute, Nitrogen Content 0.05mass% level
Product Number:   S0250 | Purity / Analysis Method:  

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Reference Material of Nitrogen in Residual Fuel Oil Certified by The Japan Petroleum Institute, Nitrogen Content 0.1mass% level
Product Number:   S0251 | Purity / Analysis Method:  

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Reference Material of Nickel and Vanadium in Residual Fuel Oil Certified by The Japan Petroleum Institute, Low Level
Product Number:   S0264 | Purity / Analysis Method:   | New

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Reference Material of Nickel and Vanadium in Residual Fuel Oil Certified by The Japan Petroleum Institute, High Level
Product Number:   S0265 | Purity / Analysis Method:  

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Reference Material of Sulfur in Residual Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 3mass% level
Product Number:   S0266 | Purity / Analysis Method:  

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Reference Material of Sulfur in Fuel Oil Certified by The Japan Petroleum Institute, Sulfur Content 0mass% level
Product Number:   S0316 | Purity / Analysis Method:  

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