Ferrules, mini, Graphite/ Vespel®
High quality ferrules made of 15 % Graphite / 85 % Vespel®.
Gas and vapor sampler kit
The gas and vapor sampler enables spot collection of environmental gas samples or low pressure gas streams in 200 cm3 impervious resealable bags. Ideal for field analysis.Scope of supply: Canister, bulb, 10 bags, marker pen, instructions
GC Ferrules, Graphit/ Vespel®
High quality ferrules made of 15 % Graphite / 85 % Vespel®. 1/16" GC ferrule long.
GC Ferrules, Graphit/ Vespel®, Agilent style
High quality ferrules made of 15 % Graphite / 85 % Vespel®. 1/16" GC ferrule.
GC Ferrules, Graphit/ Vespel®, two-hole
High quality ferrules made of 15% Graphite / 85% Vespel®. 1/16" GC ferrule long.
High temperature septa
Preconditioned PTFE/silicone rubber septa. Maximum operatin gtemperature: 212 °C.
Inlet Liner for Agilent GC
Inlet Liner for Agilent 5890, 6850, 6890, 7890 und HP4890. Trajan's SGE inlet liners come as a complete, single packed unit. 5 or 25 packs, individually packed Complete with instrument appropriate o-rings and sealing rings Each pack is supplied with quality test results
Inlet Liner for Perkin-Elmer GC
Inlet Liner for Perkin-Elmer Autosystem and Clarus 500, 600. SGE's inlet liners come as a complete, single packed unit. 5 or 25 packs, individualy packed. Complete with instrument appropriate o-rings and sealing rings. Each pack supplied with quality test results.
Inlet Liner for Shimadzu GC
Liners come individually packed complete with instrument appropriate o-rings and sealing rings.Each pack is supplied with quality test results.Further liners und pack sizes available on request.
Inlet Liner for Thermo GC
Liners come individually packed complete with instrument appropriate o-rings and sealing rings. Each pack is supplied with quality test results. Further liners und pack sizes available on request.
Inlet liner SGE OptChem™, ConnecTite
Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)
Inlet liner SGE OptChem™, ConnecTite, with bottom hole
Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)
Inlet liner SGE OptChem™, ConnecTite, with top hole
Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)
Inlet liner SGE OptChem™, double taper
Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)
Inlet liner SGE OptChem™, FocusLiner®
Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)
Inlet liner SGE OptChem™, straight
Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)
Inlet liner SGE OptChem™, taper
Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)
Inlet liner SGE OptChem™, taper FocusLiner®
Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)
Inlet liner SGE OptChem™, taper, with glass frit
Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)Inlet liner with advanced coating technology. The OptChem™ deactivation is a unique thick film that ensures minimal sample loss and increased system sensitivity. Suitable for trace level analysis, detection of volatile and organochlorine pesticides (OCPs), persistent organic pollutants (POPs), brominated flame retardants (BFRs), as well as general GC applications.Colour coded by geometryPre-fitted with CRS ONE O-ringsRecyclable, touchless packaging reduces the risk of contamination during installationQuality tested acc. to USEPA 8081 (organochlorine pesticides) and USEPA 8270 (semivolatile organic compounds)
Low Bleed Septa
Low Bleed, High Temperature septa are designed for maximum GC/MS performance for the lowest bleed possible at temperatures up to 400 °C. Ideal for use with Mass Spectrometers or in applications where septa bleed interferes with trace analysis.
