Vials, Screw Top, Glass. Clear / Clear Insert, 300ul Fused Insert™, 9-425mm threads, 12x32mm outer dimensions. For use as an autosampler vial. BASIK Brand. 100/PK.
Additional Info:
The 9532S‑E‑0CV BASIK™ Fused Insert Autosampler Vial is a cost‑effective, low‑volume solution for laboratories that want the benefits of a fused‑insert design at the lowest possible price point. Both the vial and insert are manufactured from first hydrolytic, Class A borosilicate glass, delivering reliable chemical durability suitable for routine chromatography workflows.
The 300 µL insert is fused directly to the bottom of the vial and features a wide‑bottom geometry. This design helps reduce bubble formation during rapid manual filling or automated liquid handling, improving consistency in high‑throughput environments.
Designed for budget‑minded laboratories, this vial provides dependable performance without premium surface‑chemistry enhancements.
Key Features
Economical Borosilicate Glass Construction
First hydrolytic, Class A borosilicate glass
Clear vial and insert for easy sample visibility
Suitable for routine analytical applications
Bottom‑Fused Insert Design
Insert fused directly to the vial bottom
Nominal volume: 300 µL
Wide‑bottom insert geometry helps minimize bubble formation
Supports consistent filling during automation
Autosampler Compatibility
Standard 9‑425 screw‑cap interface
12 × 32 mm dimensions compatible with common autosampler trays
Designed for routine, non‑critical workflows
Budget‑Focused Value
Most economical fused‑insert vial in the lineup
Ideal for cost‑controlled laboratories
Strong alternative when premium fused‑insert or surface‑treated vials are not required
Why Choose BASIK™ Fused Insert Vials?
BASIK™ fused‑insert vials are selected when laboratories need:
A low‑cost fused‑insert format
Reduced bubble formation during quick filling
Acceptable performance for routine HPLC and LC workflows
Simple, consistent geometry without added features
This vial is especially well suited for screening, teaching labs, and high‑volume routine analysis.
Typical Applications
Routine HPLC autosampling
Automated liquid handling applications
Screening and high‑throughput workflows
Budget‑conscious laboratories