Product Description
CrossLab Liner O-rings
CrossLab fluoroelastomer or graphite liner O-rings for Bruker GC Systems aid in effectively sealing the inlet liner. Fluoroelastomer O-rings are provided ready for chromatographic use and feature a proprietary two-step cleaning and conditioning process. This process eliminates out-gassing of contaminants and provides plasma treatment resulting in a non-stick, contaminant-free surface. A novel dial package also conveniently delivers one clean O-ring at a time. Graphite O-rings are utilized when operating inlet temperatures exceed 350 °C. Agilent's CrossLab Liner O-rings provide high performance inlet liner sealing in Bruker GC Systems for a range of challenging applications.
| Description | Unit |
| CrossLab liner O-ring, graphite, 1177 split/splitless, 6.5 mm OD, 10/pk, for former Varian GC systems, now Bruker | 10/pk |
| CrossLab liner O-ring, non-stick fluoroelastomer 1177 split/splitless, 6.3/6.5 mm OD, 10/pk, for former Varian GC systems, now Bruker | 10/pk |
| CrossLab liner seal, graphite, 1078/1079 injector, 5 mm ID, 10/pk, for former Varian GC systems, now Bruker | 10/pk |
| CrossLab liner O-ring, graphite, 1177 split/splitless, 6.3 mm OD, 10/pk, for former Varian GC systems, now Bruker | 10/pk |
Superior Chemical ResistanceEngineered to resist a wide variety of solvents and reagents commonly encountered in gas chromatography analysis, CrossLab Liner O-rings maintain their integrity and ensure consistently reliable sealing performance with different chemical exposures. This adaptability makes them suitable for a broad spectrum of laboratory workflows.
Effortless Installation and CompatibilityDesigned for hassle-free installation, CrossLab O-rings require no special tools and can be replaced quickly. Their precise dimensions ensure they fit seamlessly with Agilent, Varian, and most other leading GC instruments, reducing downtime and minimizing the risk of installation error.
FAQs of CrossLab Liner O-rings:
Q: How do I install CrossLab Liner O-rings in my GC system?
A: Simply remove the old O-ring and position the new CrossLab O-ring in place, ensuring it sits evenly in the liner fitting. No tools are required, making installation quick and straightforward.
Q: What types of chemicals are CrossLab O-rings resistant to?
A: These O-rings are resistant to most solvents and reagents typically used in gas chromatography analysis, including a diverse array of organic and inorganic compounds, thanks to their specialized rubber/elastomer construction.
Q: When should I consider replacing my GC liner O-rings?
A: O-rings should be replaced during regular maintenance or whenever you notice signs of wear, such as deformation, chemical degradation, or if leaks are detected during system operation.
Q: Where are CrossLab Liner O-rings manufactured and distributed?
A: CrossLab O-rings are available internationally, manufactured and supplied by leading exporters, importers, manufacturers, and traders in India, ensuring global accessibility for laboratories and distributors.
Q: What is the process for selecting the correct O-ring model?
A: To select the appropriate model, verify the specific internal diameter and material needed for your instrument. CrossLab offers models with typical internal diameters ranging from 5 to 8 mm. For precise requirements and available model numbers, contact CrossLab directly.
Q: What are the key benefits of using CrossLab Liner O-rings in GC systems?
A: These O-rings provide reliable, leak-proof seals, maintain chemical and temperature resistance, and facilitate easy manual installation. Their durability and compliance with safety standards improve both the accuracy and longevity of your GC equipment.