Trajan SGE 092326 ConnecTite Bottom Hole GC Inlet Liners for Agilent. 5 Pack

Trajan SGE 092326 Agilent ConnecTite Bottom Hole GC Inlet Liners

Name: Trajan SGE 092326 Agilent ConnecTite Bottom Hole GC Inlet Liners
SKU: SGE-092326
Price: 284.00 GBP
Availability: InStock

Part No. SGE-092326

£284.00

Injection Technique

Direct

Geometry

ConnecTite (Bottom Hole)

Models

Agilent Intuvo 9000, Agilent 8890, Agilent 8860, Agilent 7890,Agilent 6890, Agilent 6850, Agilent 5890, Agilent 4890. Bruker/Varian 1177, Lucidity GC-FID, PerkinElmer GC 2400, Clarus 690 ,Clarus 590, Scion 8500 ,Scion 8300, Thermo Scientific, Thermo Trace 1600, Thermo 1610, Thermo 1300 & Thermo GC Ultra gas chromatographs.

OD (mm)

6.3

ID (mm)

Length (mm)

78.5

Pack Size

Expected Delivery: UK: Max 2-3 working days EU: Max 7-8 working days Rest of World: Up to 15 working days

Part No.: SGE-092326 Category: GC Inlet Liners Tags: 092326, 4mm ID, 5 pack, 6.3mm OD, 78.5mm Length, Agilent 4890, Agilent 5890, Agilent 6850, Agilent 6890, Agilent 7890, Agilent 8860, Agilent 8890, Agilent Intuvo 9000, bottom hole, Bruker/Varian 1177, Clarus 590, Clarus 690, ConnecTite, GC Inlet Liner, Lucidity GC-FID, orange, PerkinElmer GC 2400, Scion 8300, Scion 8500, sge, Thermo 1300 & Thermo GC Ultra, Thermo 1610, Thermo Trace 1600, trajan

This Trajan SGE ConnecTite GC inlet liner is designed direct injection, offering robust and durable for longer life, less maintenance downtime and reduced maintenance costs.

ConnecTite liners facilitate maximum transfer of sample to the GC column and inhibit sample degradation by reducing contact with hot metal components inside the inlet.
A hole in the liner body maintains gas flows in systems equipped with electronic pressure
ConnecTite liners with a hole near the bottom are ideal for analyses where early eluting compounds may be affected by a tailing solvent
ConnecTite liners with a hole at the top improve analyses of aqueous samples.
ConnecTite liners with a hole at the top are also ideal for analyses where compounds of interest elute away from the solvent

The ConnecTite is recommended for the following sample or injection modes:

Trace level
Direct
Active compounds
Aqueous samples

How The Geometry Works ConnecTite bottom hole line drawing

ConnecTite liners facilitate maximum transfer of sample to the GC column and inhibit sample degradation due to hot metal components inside the inlet.
Systems equipped with electronic pressure control require a hole in the liner body to maintain system gas flows
ConnecTite liners that have a hole near the bottom are best suited to analyses where a tailing solvent peak could affect early eluting compounds. ConnecTite liners with a hole at the top of the liner will improve your analysis with aqueous injections or where compounds of interest elute away from the solvent peak.

Shop Compatible O-rings & Sealing Rings

Product	Description	Pack Size	Part No
O-ring (Viton)	Temperatures up to 300°C. Suitable for inlet liners with OD of 6.3 mm	10	0726532
Sealing ring (Graphite)	Temperatures up to 450°C. Suitable for inlet liners with OD of 6.3 mm	10	0726005

Shop Agilent / Thermo / PerkinElmer / Varian GC Inlet Liners

compatible with Agilent Intuvo 9000, Agilent 8890, Agilent 8860, Agilent 7890, Agilent 6890, Agilent 6850, Agilent 5890, Agilent 4890, Bruker/Varian 1177, Lucidity GC-FID, PerkinElmer GC 2400, Clarus 690, Clarus 590, Scion 8500, Scion 8300, Thermo Scientific, Thermo Trace 1600, Thermo 1610, Thermo 1300 & Thermo GC Ultra gas chromatographs.

Description	OD (mm)	ID (mm)	Length (mm)	Pack Size	Part No
Split/splitless FocusLiner	6.3	4	78.5	1	09200201
				5	092002
				25	092219
OptChem™ FocusLiner w/ O-ring	6.3	4	78.5	1	0926200201
OptChem™ FocusLiner w/ O-ring	6.3	4	78.5	5	09262002
Split/splitless tapered FocusLiner	6.3	4	78.5	1	09200301
				5	092003
				25	092011
OptChem split/splitless tapered FocusLiner	6.3	4	78.5	1	0926200301
OptChem split/splitless tapered FocusLiner	6.3	4	78.5	5	09262003
Split/splitless FAST FocusLiner	6.3	2.3	78.5	1	09200501
				5	092005
				25	092008
OptChem™ FAST FocusLiner w/ O-ring	6.3	2.3	78.5	1	0926200501
OptChem™ FAST FocusLiner w/ O-ring	6.3	2.3	78.5	5	09262005
Split/splitless tapered FAST FocusLiner	6.3	2.3	78.5	1	09211101
				5	092111
				25	092115
OptChem Split/splitless tapered FAST FocusLiner	6.3	2.3	78.5	1	0926211101
OptChem Split/splitless tapered FAST FocusLiner	6.3	2.3	78.5	5	09262111
ConnecTite liner standard	6.3	4	78.5	5	092324
OptChem™ ConnecTite liner standard	6.3	4	78.5	1	0926232401
OptChem™ ConnecTite liner standard	6.3	4	78.5	5	09262324
ConnecTite liner top hole	6.3	4	78.5	5	092325
OptChem™ ConnecTite liner top hole	6.3	4	78.5	1	0926232501
OptChem™ ConnecTite liner top hole	6.3	4	78.5	5	09262325
ConnecTite liner bottom hole	6.3	4	78.5	5	092326
OptChem™ ConnecTite liner bottom hole	6.3	4	78.5	1	0926232601
OptChem™ ConnecTite liner bottom hole	6.3	4	78.5	5	09262327
Split straight-through liner	6.3	4	78.5	1	09200701
				5	092007
				25	092222
OptChem Split straight-through liner	6.3	4	78.5	1	0926200701
OptChem Split straight-through liner	6.3	4	78.5	5	09262007
Split (quartz wool)	6.3	4	78.5	1	09200101
				5	092001
				25	092220
OptChem Split (quartz wool)	6.3	4	78.5	1	0926200101
OptChem Split (quartz wool)	6.3	4	78.5	5	09262001
Split/splitless with single taper	6.3	4	78.5	1	09201701
				5	092017
				25	092229
OptChem split/splitless with single taper	6.3	4	78.5	1	0926201701
OptChem split/splitless with single taper	6.3	4	78.5	5	09262017
Split/splitless with single taper (quartz wool)	6.3	4	78.5	1	09201901
				5	092019
				25	092218
OptChem Split/splitless with single taper (quartz wool)	6.3	4	78.5	1	0926201901
OptChem Split/splitless with single taper (quartz wool)	6.3	4	78.5	5	09262019
OptChem split/splitless with single taper and glass frit	6.3	4	78.5	1	0926201501
				5	09262015
				25	092230
Split/splitless with double taper	6.3	4	78.5	1	09201801
Split/splitless with double taper	6.3	4	78.5	5	092018
OptChem split/splitless with double taper	6.3	4	78.5	1	0926201801
OptChem split/splitless with double taper	6.3	4	78.5	5	09262018
Direct straight-through liner	6.3	1.2	78.5	1	09201601
				5	092016
				25	092224
OptChem™ Direct straight-through liner	6.3	1.2	78.5	1	0926201601
OptChem™ Direct straight-through liner	6.3	1.2	78.5	5	09262016
Split/splitless quartz straight-through liner	6.1	2	78.5	1	09200401
Split/splitless quartz straight-through liner	6.1	2	78.5	5	092004
Splitless with recessed gooseneck	6.3	2	78.5	5	092013
Split/splitless recessed gooseneck (quartz wool)	6.3	4	78.5	1	09201001
				5	092010
				25	092223

Shop All GC Inlet Liners Trajan SGE GC Inlet Liners Page

Weight	0.2 kg
Dimensions	35 × 5 × 6 cm
Brand	Trajan SGE
Injection Technique	Direct
Liner Geometry	ConnecTite
O.D. (mm)	6.3
I.D. (mm)	4
Length (mm)	78.5
Colour	Orange
Models Used On	Agilent 4890, Agilent 5890, Agilent 6850, Agilent 6890, Agilent 7890, Agilent 8860, Agilent 8890, Agilent Intuvo 9000, Bruker/Varian 1177, Lucidity GC-FID, PerkinElmer Clarus 590, PerkinElmer Clarus 690, PerkinElmer GC 2400, Scion 8300, Scion 8500, Thermo 1610, Thermo GC Ultra, Thermo Scientific TRACE 1300, Thermo Trace 1600
Pack Size	5

Selection Guide & Brochure

Color	Injection Technique	Sample types	Liner Geometry	How the Geometry Works
Green	Split/splitless	Trace level analyses Active compounds	Taper/gooseneck	A bottom taper focuses sample onto the head of the column and minimizes sample contact with metal parts of the inlet Remember – the addition of quartz wool to your inlet liner promotes mixing of analytes, aids the vaporization of liquid samples and works as a trap to collect non-volatile residue in the sample (i.e. protects capillary column from ‘dirty’ samples).
Blue	Split/splitless	General purpose Concentrated samples Dirty samples	FocusLiner	Ensures quartz wool remains in the correct position in the liner Excellent reproducibility results from the wiping of the sample from the syringe needle and the prevention of droplet formation Minimises high molecular weight discrimination
Aqua	Splitless	Trace level analyses Dirty samples Wide boiling point range	Tapered FocusLiner	Bottom taper focuses sample onto the head of the column and minimizes contact with metal parts of the inlet Ensures quartz wool remains in the correct position in the liner Excellent reproducibility results from the wiping of the sample from the syringe needle and the prevention of droplet formation
Orange	Direct	Trace level analyses Active compounds	ConnecTite	ConnecTite liners facilitate maximum transfer of sample to the GC column and inhibit sample degradation due to hot metal components inside the inlet Systems equipped with electronic pressure control require a hole in the liner body to maintain system gas flows ConnecTite liners that have a hole near the bottom are best suited to analyses where a tailing solvent peak could affect early eluting compounds. ConnecTite liners with a hole at the top of the liner will improve your analysis with aqueous injections or where compounds of interest elute away from the solvent peak
Purple	Split/splitless	General purpose Concentrated samples Dirty samples (only if quartz wool is present) Gaseous samples (also purge and trap & headspace)	Straight	Straight liners facilitate higher split flows Narrow bore straight liners facilitate fast GC work Small injection volumes of less than 0.5 μL are best used with a narrow bore Narrow bore straight liners improve focussing of gaseous samples (purge / trap and headspace)
Yellow	Splitless / LVI	Trace level analyses Low boiling point compounds Active compounds	Double taper	Bottom taper minimizes contact with metal parts of the inlet and focuses sample onto the head of the column Top taper aids in minimizing sample flashback
Grey	PTV / LVI	Trace level analyses Large volume injections	PTV/LVI	PTV and LVI liners generally have sintered glass beads or powder to increase the surface area and trap nonvolatile residue PTV liners use baffles or a wisp of quartz wool to aid in vaporization of samples and retain droplets during low temperature injections Side hole needles are recommended for these techniques to ensure effective distribution of sample within the liner.