Vial & Cap Kit Includes 100 EA 2ml, Screw Top, Amber RSA™ Autosampler Vials with Write-On Patch and fill lines and 100 EA matching Screw Caps with Silicone Rubber / PTFE Septa, bonded in the Blue Caps, RSA Brand Easy Purchase Pack. 1 PK.
Additional Info:
Reduced Surface Activity for Better Data Integrity
RSA™ (Reduced Surface Activity) vials are engineered to minimize analyte adsorption to glass surfaces, helping preserve the integrity of low‑level or adsorption‑sensitive compounds. This makes the 9509S‑1XWAP‑RS well suited for routine and regulated chromatographic applications where reproducible recovery and consistent analytical results are required.
The amber borosilicate glass provides protection for light‑sensitive analytes, helping improve sample stability during autosampler residence and extended analytical sequences.
Silicone / PTFE Septa for Reliable Sealing and Chemical Resistance
The included blue screw caps are fitted with silicone rubber / PTFE septa, providing a chemically inert barrier between the sample and the cap. This septa configuration supports clean needle penetration and dependable resealing for standard autosampler operation and repeated injections.
Bonded septa construction ensures consistent alignment and performance, reducing the risk of leaks, coring, or variability during routine analysis.
Easy Purchase Pack Convenience
Easy Purchase Packs are a convenient way to order and inventory autosampler vials with their matching caps. The reclosable kit packaging keeps vial and cap types matched, organized, and clean, minimizing handling errors and simplifying bench setup and inventory management.
Kit Contents
100 × 2 mL amber RSA™ screw top autosampler vials
Write‑on patch
Fill lines
100 × screw caps
Caps with Silicone Rubber / PTFE Septa: Cat. No. 9502S‑10C‑B
Blue MICROSOLV brand polypropylene caps
Silicone rubber / PTFE bonded septa
Supplied as 1 Easy Purchase Pack
Typical Applications
HPLC and UHPLC analysis
LC‑MS workflows
Light‑sensitive analytes
Routine and validated analytical methods
Adsorption‑sensitive compounds
Pharmaceutical and chemical analysis