Regulations
JIS Standard
Code
|
Description
|
Phase
|
Column Size
|
Cat.No.
|
---|---|---|---|---|
K 0088
|
Methods for determination of benzene in flue gas
|
InertCap 1
|
0.25 mm
I.D.×60 m df=0.40 μm |
1010-11163
|
InertCap 5
|
0.25 mm
I.D.×60 m df=0.40 μm |
1010-18163
|
||
K 0089
|
Methods for determination of acrolein in flue gas
|
InertCap Pure-WAX
|
0.32 mm
I.D.×60 m df=0.50 μm |
1010-68264
|
InertCap WAX
|
0.32 mm
I.D.×60 m df=0.50 μm |
1010-67264
|
||
K 0093
|
Methods for determination of polychlorinated biphenyl in industrial waste water
|
InertCap 1
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-11162
|
InertCap 5
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-18162
|
||
K 0108
|
Methods for determination of hydrogen sulfide in flue gas
|
InertCap 1
|
0.25 mm
I.D.×60 m df=1.50 μm |
1010-11166
|
K 0125
|
Testing methods for volatile organic compounds in industrial water and waste water
|
InertCap AQUATIC
|
0.25 mm
I.D.×60 m df=1.00 μm |
1010-29165
|
K 0128
|
Testing methods for pesticides of industrial water and waste water
|
InertCap 1MS
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-12142
|
InertCap 5MS/Sil
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-15142
|
||
InertCap 5MS/NP
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-18642
|
||
K 0303
|
Methods for determination of formaldehyde in flue gas
|
InertCap 17
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-65142
|
K 0400-28-20
|
Water quality Determination of selected monovalent phenols-- Part 1 Gas-chromatographic method after enrichment by extraction
|
InertCap 5
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-18142
|
InertCap 1701
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-61142
|
||
InertCap 225
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-66642
|
||
InertCap FFAP
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-28642
|
||
K 0450-10-10
|
Testing methods for bisphenol A in industrial water and waste water
|
InertCap 1MS
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-12142
|
K 0450-20-10
|
Testing methods for alkyl phenol in industrial water and waste water
|
InertCap 1MS
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-12142
|
K 0450-30-10
|
Testing methods for phthalic acid esters in industrial water and waste water
|
InertCap 1MS
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-12142
|
K 0450-40-10
|
Testing method for hexanedioic acid bis(2-ethyhexyl) ester in industrial water and wastewater
|
InertCap 5MS/Sil
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-15142
|
InertCap 5MS/NP
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-18642
|
||
K 0450-50-10
|
Testing method for benzophenone in industrial water and wastewater
|
InertCap 5MS/Sil
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-15142
|
InertCap 5MS/NP
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-18642
|
||
K 0450-60-10
|
Testing method for individual 4-nonylphenol isomers in industrial water and wastewater
|
InertCap 5MS/Sil
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-15142
|
InertCap 5MS/NP
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-18642
|
||
K 1503
|
Acetone
|
InertCap Pure-WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-68445
|
InertCap WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-67445
|
||
InertCap 17
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-65445
|
||
K 1522
|
Isopropyl alcohol (Isopropanol)
|
InertCap Pure-WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-68162
|
InertCap WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-67162
|
||
InertCap 17
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-65162
|
||
K 1524
|
Methyl ethyl ketone
|
InertCap FFAP
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-28662
|
K 1570
|
Test methods for determining the effectiveness of wood
preservatives and their performance requirements
|
InertCap 5
|
0.32 mm
I.D.×30 m df=0.25 μm |
1010-18242
|
K 2280
|
Petroleum products-Determination of octane number, cetane number and calculation of cetane index
|
InertCap 1
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-11162
|
K 2301
|
Fuel gases and natural gas—Methods for chemical analysis and testing
|
InertCap 1
|
0.25 mm
I.D.×60 m df=1.50 μm |
1010-11166
|
InertCap 1
|
0.32 mm
I.D.×60 m df=5.00 μm |
1010-11269
|
||
TC-BOND Alumina/KCl
|
0.32 mm
I.D.×50 m df=5.00 μm |
1010-40125
|
||
TC-BOND Q
|
0.53 mm
I.D.×30 m df=20.00 μm |
1010-40243
|
||
K 2435-1
|
Benzene
|
InertCap Pure-WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-68162
|
InertCap WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-67162
|
||
K 2435-2
|
Toluene
|
InertCap Pure-WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-68162
|
InertCap WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-67162
|
||
K 2435-3
|
Xylene
|
InertCap Pure-WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-68162
|
InertCap WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-67162
|
||
K 2536-2
|
Liquid petroleum products—Testing method of components Part 2: Determination of total components by gas chromatography
|
InertCap 1
|
0.20 mm
I.D.×50 m df=0.25 μm |
Please contact
|
K 2536-3
|
Liquid petroleum products -
Testing method for components Part 2: Determination of total components by gas chromatography
|
InertCap Pure-WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-68142
|
InertCap WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-67142
|
||
K 5601-5-1
|
Testing methods for paint components—Part 5: Determination of volatile organic compound (VOC) content in paints
|
InertCap 1
|
0.32 mm
I.D.×50 m df=1.00 μm |
Please contact
|
K 5601-5-1
|
Testing methods for paint components—Part 5: Determination of volatile organic compound (VOC) content in paints
|
InertCap 1
|
0.20 mm
I.D.×50 m df=0.2 5 μm |
Please contact
|
InertCap 1
|
0.32 mm
I.D.×50 m df=0.25 μm |
Please contact
|
||
InertCap 1
|
0.32 mm
I.D.×50 m df=1.00 μm |
Please contact
|
||
InertCap Pure-WAX
|
0.20 mm
I.D.×25 m df=0.20 μm |
Please contact
|
||
InertCap WAX
|
0.20 mm
I.D.×25 m df=0.20 μm |
Please contact
|
||
K 6220-3
|
Rubber compounding ingredients—Organic chemicals—Test methods—Part 3: p-Phenylenediamine antidegradants (PPDs)
|
InertCap 1
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-11142
|
InertCap 5
|
0.53 mm
I.D.×15 m df=3.00 μm |
1010-18428
|
||
K 6231
|
Rubber -- Identification of polymers (single polymers and
blends) -- Pyrolytic gas chromatographic method
|
InertCap 5MS/Sil
|
0.25 mm
I.D.×30 m df=1.00 μm |
1010-15145
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-15142
|
|||
K 6910
|
Testing methods for phenolic resins
|
InertCap Pure-WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-68162
|
InertCap WAX
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-67162
|
||
InertCap 5
|
0.32 mm
I.D.×30 m df=0.25 μm |
1010-18242
|
||
InertCap 1701
|
0.32 mm
I.D.×25 m |
Please contact
|
||
InertCap 1701
|
0.53 mm
I.D.×25 m |
Please contact
|
||
K 8034
|
Acetone
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8039
|
Acetonitrile for pesticide residue and polychlorinated biphenyl analysis (Reagent)
|
InertCap Pure-WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-68142
|
InertCap WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-67142
|
||
K 8040
|
Acetone for pesticide residue and polychlorinated biphenyl analysis
|
InertCap Pure-WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-68142
|
InertCap WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-67142
|
||
K 8051
|
3-Methyl-1-butanol (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8093
|
Ethanol for pesticide residue and polychlorinated biphenyl analysis
|
InertCap Pure-WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-68142
|
InertCap WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-67142
|
||
K 8101
|
Ethanol (99.5)
|
InertCap 624
|
0.53 mm
I.D.×30 m df=3.00 μm |
1010-14948
|
K 8102
|
Ethanol (95) (Reagent)
|
InertCap 624
|
0.32 mm
I.D.×30 m df=1.80 μm |
1010-14747
|
K 8103
|
Diethyl ether (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8110
|
Ethyl acetate for pesticide residue and polychlorinated biphenyl analysis (Reagent)
|
InertCap 1
|
0.32 mm
I.D.×30 m df=5.00 μm |
1010-11249
|
K 8117
|
Dichloromethane for pesticide residue and polychlorinated biphenyl analysis (Reagent)
|
InertCap Pure-WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-68142
|
InertCap WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-67142
|
||
K 8161
|
Dichloromethane (Reagent)
|
InertCap Pure-WAX/WAX
|
0.25 mm
I.D.×30 m df=1.00 μm |
Please contact
|
K 8271
|
Xylene (Reagent)
|
InertCap 5
|
0.53 mm
I.D.×30 m df=2.00 μm |
1010-18447
|
K 8295
|
Glycerol (Reagent)
|
InertCap 624
|
0.53 mm
I.D.×30 m df=1.50 μm |
Please contact
|
K 8322
|
Chloroform
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8355
|
Acetic acid
|
InertCap Pure-WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-68445
|
InertCap WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-67445
|
||
K 8357
|
Diethyl ether for pesticide residue and polychlorinated biphenyl analysis (Reagent)
|
InertCap 1
|
0.32 mm
I.D.×30 m df=5.00 μm |
1010-11249
|
K 8361
|
Ethyl acetate (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8390
|
Salicylaldehyde (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=1.50 μm |
1010-1446
|
K 8461
|
1,4-Dioxane (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8462
|
Cyclohexanol (Reagent)
|
InertCap Pure-WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-68445
|
InertCap WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-67445
|
||
K 8463
|
Cyclohexanone (Reagent)
|
InertCap Pure-WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-68445
|
InertCap WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-67445
|
||
K 8464
|
Cyclohexane
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8465
|
1,2-Dichloroethane (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8500
|
N,N-Dimethylformamide (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8680
|
Toluene (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8698
|
1-Naphthol (Reagent)
|
InertCap 1
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-11142
|
K 8699
|
2-Naphthol (Reagent)
|
InertCap 1
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-11142
|
K 8732
|
Carbon disulfide (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8777
|
Pyridine
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8798
|
Phenol (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8810
|
1-Butanol (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8811
|
2-Methyl-1-propanol (Reagent)
|
InertCap Pure-WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-68445
|
InertCap WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-67445
|
||
K 8825
|
Hexane for pesticide residue and polychlorinated biphenyl analysis (Reagent)
|
InertCap 1
|
0.32 mm
I.D.×30 m df=5.00 μm |
1010-11249
|
K 8839
|
2-Propanol (Reagent)
|
InertCap Pure-WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-68445
|
InertCap WAX
|
0.53 mm
I.D.×30 m df=1.00 μm |
1010-67445
|
||
K 8848
|
Hexane (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8857
|
Benzaldehyde (Ragent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8858
|
Benzene (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8872
|
Formaldehyde solution (Reagent)
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8891
|
Methanol
|
InertCap 1
|
0.53 mm
I.D.×30 m df=5.00 μm |
1010-11449
|
K 8900
|
2-Butanone (Reagent)
|
InertCap Pure-WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-68142
|
InertCap WAX
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-67142
|
||
K 9032
|
Resorcinol (Reagent)
|
InertCap 1
|
0.25 mm
I.D.×30 m df=0.25 μm |
1010-11142
|
K 9523
|
Nitromethane (Reagent)
|
InertCap Pure-WAX
|
0.53 mm
I.D.×15 m df=1.00 μm |
1010-68425
|
InertCap WAX
|
0.53 mm
I.D.×15 m df=1.00 μm |
1010-67425
|
||
A 1904
|
SVOC
Determination of the emission of semi volatile organic compounds by building products—Micro chamber method
|
InertCap 1MS
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-12162
|
InertCap 5MS/Sil
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-15162
|
||
A 1965
|
Determination of Volatile organic compounds in indoor and test chamber air by active sampling on Tenax TA sorbent, thermal desorption and gas chromatography using MS or MS-FID
|
InertCap 1MS
|
0.25 mm
I.D.×60 m df=0.25 μm |
1010-12162
|
Note) Although 0.5 μm of film thickness capillary column is recommended on JIS Standard, we recommend 5 μm of one for separating methanol and ethanol.