Vials, Screw Top, Glass. Clear, 2ml, Deactivated, 9-425mm threads, 12x32mm outer dimensions. For use as an autosampler vial. MICROSOLV Brand. 100/PK.
Additional Info:
he 9502S‑0DCV MICROSOLV™ Deactivated Screw‑Top Autosampler Vial is the lowest‑cost, deactivated glass vial in the MICROSOLV autosampler vial portfolio. Manufactured from first hydrolytic, Class A, Type N51A pharmaceutical‑grade borosilicate glass, each vial is chemically deactivated (silanized) to reduce surface activity and minimize analyte adsorption.
This vial retains the proven wide‑mouth ND9 (9-425) design, allowing easy pipette and automated filling while maintaining compatibility with all standard screw caps and septa. Precision‑controlled vial geometry ensures consistent autosampler performance, protecting needles while supporting repeatable injection accuracy.
Key Features
Deactivated / Silanized Pharmaceutical‑Grade Glass
First hydrolytic, Class A, Type N51A borosilicate glass
Chemically deactivated surface reduces analyte adsorption
Improves recovery for basic and surface‑active compounds
Wide‑Mouth ND9 (9‑425) Design
Facilitates easy filling and sample handling
Reduces spillage and operator variability
Compatible with all standard ND9 closures
Autosampler‑Optimized Geometry
Bottom depths and vial heights tightly controlled
Designed for consistent injection depth
Protects autosampler needles and improves reproducibility
Best‑Value Deactivated Option
Lowest cost in class for deactivated clear glass vials
Ideal for high‑volume, routine workflows
Practical alternative when surface treatment is required but premium chemistries are not
When to Choose This Vial
The 9502S‑0DCV is recommended when workflows require glass deactivation for adsorption control but demand maximum cost efficiency, including:
Basic or adsorption‑prone analytes
Routine LC and LC‑MS analysis
High‑throughput environments
Method transfer from untreated glass where recovery improvements are needed
Typical Applications
HPLC, UHPLC, and LC‑MS autosampling
Basic and surface‑active analytes
Routine analytical workflows
Pharmaceutical and analytical laboratories