Inserts, Low Volume for Vials, Glass. Clear, 250ul fill volume with a flat bottom and 5x31mm outer dimensions. For use in narrow mouth, 2ml autosampler vials. AQ Brand. 1000/CS.
Additional Info:
A cost‑effective, high‑volume solution designed specifically for narrow‑mouth vial workflows.
9502C‑0‑FB‑K inserts are manufactured from first hydrolytic, Class A, Type 33 borosilicate glass and feature a flat bottom design that provides stable sample positioning and consistent handling. With a residual volume of approximately 3.5 µL in most autosamplers, these inserts offer reliable performance for routine analytical applications.
Designed for narrow‑mouth 2 mL autosampler vials, these inserts are optimized for use with 8 mm thread openings, including vial series such as 9582S. The geometry eliminates the need for springs, simplifying workflows while maintaining proper positioning for consistent needle access and injection performance.
Manufactured in an ISO 9001:2015 certified facility, these inserts ensure consistent dimensional quality and reproducible results across high‑volume usage. Their scalable case format and low cost make them ideal for laboratories prioritizing efficiency and budget control.
Key Benefits
250 µL fill volume for low‑volume workflows
~3.5 µL residual volume for consistent recovery
Flat bottom design ensures stable sample positioning
Designed specifically for narrow‑mouth vial compatibility
No spring required for simplified handling
Type 33 borosilicate glass for chemical durability
Economical option for high‑volume laboratories
Case format supports large‑scale operations
Typical Applications
HPLC and UHPLC analysis
LC‑MS workflows (routine applications)
Pharmaceutical QC testing
Environmental and food analysis
High‑throughput laboratories requiring cost efficiency
Compatibility
Designed for narrow‑mouth 2 mL autosampler vials (12 × 32 mm)
Optimized for 8 mm thread vials (e.g., 9582S series)
No spring required for centering
Performance and Design Notes
Flat bottom design prioritizes simplicity and cost efficiency
Optimized for narrow‑mouth vial geometries
Consistent dimensions support automated workflows
Suitable for routine applications where ultra‑low recovery is not required
Important Notes
Not designed for maximum recovery applications
Best suited for narrow‑mouth vial systems
Ideal for budget‑focused, high‑volume laboratories
Additional Resources