Vials, Screw Top, Glass. Clear, 2ml, 9-425mm threads, 12x32mm outer dimensions. For use as an autosampler vial or storage bottle. AQ Brand. 100/PK.
Additional Info:
The 9509S‑0CV‑AQ AQ™ Screw‑Top Autosampler Vial is a high‑quality, cost‑effective clear glass vial designed for routine chromatography applications. Manufactured from first hydrolytic, Class A, Type‑33 borosilicate glass, these vials provide consistent dimensional integrity, reliable chemical performance, and excellent compatibility with modern autosamplers.
Precision‑controlled bottom geometry and vial height are QC verified to support accurate injection depths, protect autosampler needles, and maximize sample recovery. This makes the vial suitable for both analytical injections and short‑term sample storage.
The 9509S‑0CV‑AQ delivers functional performance comparable to premium HPLC “Certified” vials, while offering laboratories a lower‑cost, high‑value alternative without sacrificing reliability or instrument compatibility.
Key Features
High‑Quality Type‑33 Borosilicate Glass
First hydrolytic, Class A glass
Consistent quality for routine and regulated workflows
Compatible with HPLC, UHPLC, and LC‑MS systems
Precision‑Engineered Autosampler Geometry
Bottom depths and vial heights tightly controlled
Designed for maximum sample recovery
Helps protect autosampler needles from damage
Cost‑Effective, Reliable Performance
Matches practical performance of certified vials
Excellent value for high‑volume laboratory use
Ideal for routine analytical applications
Why Choose AQ™ Screw‑Top Vials?
AQ™ vials are designed for laboratories that require consistent performance at a lower consumables cost. These vials:
Meet functional expectations of certified autosampler vials
Maintain compatibility with instrument manufacturer specifications
Support efficient, repeatable chromatography workflows
They are widely used in analytical, pharmaceutical, and environmental laboratories.
Typical Applications
HPLC, UHPLC, and LC‑MS autosampling
Routine analytical testing
Regulated and validated methods
Sample preparation and temporary storage