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SHINWA GC Capillary Columns

GC Capillary Columns

Column Type Feature Material
ULBON HR Series The chemical bond layer ULBON HR series are capillary columns chemically bonded between silica surface and stationary phase. Fused silica covered with polyimide resin / Inactive processed stainless steel
ULBON WCOT Series Wall Coated (Open Tubular) Capillary column coated with stationary phase on the inner wall. Fused silica covered with polyimide resin / Stainless steel

Capillary columns exhibit extremely high levels of separation performance in comparison with packed columns due to low levels of diffusion and good permeability of samples.

Fused silica capillary columns coated with polyimide resins on the outside were developed around 1980. The inert surfaces and flexibility of fused silica tubing enabled high performance separations and easy handling. To satisfy your analytical requirements, we have a wide variety of columns including chemically bonded and wall coated types.

"ULBON" is the generic name for Shinwa capillary columns.

"ULBON HR" is the generic name for Shinwa capillary columns with chemically bonded layers.

ULBON HR Series (General purpose type)

Column Stationary Phase Polarity

Maximum Temperature

Usage
HR-1 (Corresponding OV-1, OV-101) Dimethyl silicone resin None 330 °C General analysis
HR-52 (Corresponding SE-52) 5% Phenylmethyl silicone Low 330 °C General analysis
HR-17 (Corresponding OV-17) 50% Phenylmethyl silicone Mid 300 °C Medicine, saccharide, TMS derivatives,
phenols, steroids, and solvents
HR-1701 (Corresponding OV-1701) 14 % Cyanopropyl phenylmethyl silicone 280 °C
HR-20M (Corresponding PEG-20M) Polyethyleneglycol High 240 °C General analysis, polar compounds, esters, ketones and alcohols

ULBON HR Series (Special purpose type)

Column Stationary Phase Polarity Maximum Temperature Usage
HR-SS-10 Nitrile silicone High 220?/230 °C Fatty acid ester
(especially, geometric isomer of C1=18 and
C2=18)
HR-Thermon-3000B Phthalic acid ester High 220?/230 °C Fatty acid esters (analysis of unsaturated C20)
HR-Thermon-600T Phthalic ester High 240 °C Essential oil, Perfume
HR-Thermon-HG Alkyleneglycol Phthalic acid ester polymer High 160 °C Methylmercury, Ethyl mercury, Toribtyl tin
HR-TGC1 Phenylmethyl silicone Low 360?/390 °C Triglyceride

ULBON WCOT Series (Original)

Column Maximum Temperature Usage
ALPhen 160 °C Alkyl phenols
DMN 267 160 °C Dimethylnaphthalenes (separation of 2, 6- DMN, 2, and 7- DMN)
PLC 160 °C Separation of all isomers of dimethylnaphthalene
Xylene Master 160 °C Separation of isomer of xylen
Advance-DS 220 °C Fatty acid methylic esters
FFAP 180 °C Lower free fatty acids

ULBON WCOT Series (SUS)

Column Maximum Temperature Usage
SPX-1 110 °C m-Xylene in p-Xylenem The exclusive column for xylene isomer analysis
Squalane 70 °C Hydrocarbon (Rigroin) The exclusive column for low hydrocarbon analysis

 





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