Vials, Screw Top, Glass. Amber, 2ml, 9-425mm threads, 12x32mm outer dimensions. For use as an autosampler vial or storage bottle. BASIK Brand. (10 packs of 100/PK). 1,000/CS.
Additional Info:
The 9502S‑0AV‑K BASIK™ Amber Screw‑Top Autosampler Vials (Case Quantity) provide the most economical solution for laboratories running high‑volume workflows with light‑sensitive samples. All amber vials are manufactured from first hydrolytic, Class A, Type N51A pharmaceutical‑grade borosilicate glass, delivering dependable performance with consistent quality.
The wide‑mouth ND9 (9-425) design supports easy manual or automated filling while maintaining full compatibility with standard autosampler systems. Amber glass is selected for its low‑actinic properties, helping protect photosensitive analytes during handling and short‑term storage.
This case configuration—10 packs of 100 vials—offers the greatest value for laboratories seeking cost control without sacrificing functionality.
Key Features
Type N51A Amber Borosilicate Glass
First hydrolytic, Class A pharmaceutical‑grade glass
Amberized for protection of light‑sensitive compounds
Low actinic and suitable for routine analytical use
Wide‑Mouth ND9 (9‑425) Design
Facilitates easy filling with pipettes or automated systems
Reduces spillage and handling variability
Compatible with all standard ND9 screw caps and septa
Best‑Value Case Quantity
1,000 vials per case (10 × 100 packs)
Lowest cost per vial in its class
Ideal for high‑throughput and budget‑focused laboratories
Why Choose BASIK™ Amber Autosampler Vials?
BASIK™ amber vials are designed for laboratories that require light protection, compatibility, and cost efficiency. The case‑quantity format is especially well suited for:
Routine chromatography workflows
High‑volume HPLC and UHPLC analysis
Educational and teaching laboratories
Budget‑conscious operations handling photosensitive samples
These vials deliver essential performance without added features or unnecessary cost.
Typical Applications
Routine HPLC and UHPLC autosampler injections
Light‑sensitive analytes
High‑throughput screening
Sample preparation and short‑term storage