HPLC Valve and Injector Accessories
Thermo Scientific™ Rheodyne™ Replacement Rotor Seals for Injectors
Maintain performance of your Thermo Scientific™ Rheodyne™ Sample Injectors for HPLC with these replacement rotor seals.
Thermo Scientific™ Rheodyne™ Sample Loops
Thermo Scientific™ Rheodyne Sample Loops are for Rheodyne sample injectors in stainless steel or biocompatible PEEK.
Cytiva Injection Needle
With O.D. 0.7mm guidance
Cytiva Fluoro Plastics Fluoro Rubber Glass Superloop
Introduce large sample volumes into a pressurised fluid LC system. Cytiva Fluoro Plastics Fluoro Rubber Glass Superloop is used together with the injection valve MV-7, INV-907, V9-Inj, or V9H-Inj and replaces a simple sample loop.
Cytiva Injection Needle
With O.D. 0.7mm guidance
Thermo Scientific™ Rheodyne™ Stators
Use these Thermo Scientific; Rheodyne; Stators for your Rheodyne Sample Injectors.
Idex Stainless-Steel Sample Loop
Compatible with Rheodyne™ analytical injection valves
Thermo Scientific™ Rheodyne™ Ports for Injector Models 7010 and 9010
Use these ports for your Thermo Scientific™ Rheodyne™ 7010 and 9010 Sample Injectors for HPLC.
Thermo Scientific™ RheBuild™ Kits
Everything you need to maintain your Thermo Scientific™ Rheodyne™ valves and injectors in your HPLC system.
Cytiva INV-907 ETFE Titanium Fill Port
Used for small samples. Cytiva INV-907 ETFE Titanium Fill Port is designed for biocompatibillity.
Cytiva Sample Loop Kit
Set of 5 loops for loading/injecting samples onto a chromatography column. Cytiva Sample Loop Kit is a set of small PTFE loops (25, 50, 100, 200, 500μL capacities) for use with autosampler/injections valves (e.g. Valve V-7) and ÄKTA™ Chromatography Systems.
Cytiva INV-907 Injection Kit
Range of manual and automated valves to meet variety of performance requirements.
Cytiva PEEK Sample Loops
Resists organic solvents and salt buffers commonly used in chromatography of biomolecules. Cytiva Life Sciences™ PEEK Sample Loops are an important accessory for chromatography applications.
Idex PEEK™ Sample Loops
Offer consistent volumes due to tight tolerances of extrusion processes