The Mercedes Scientific® 2mL 9-425 Screw Vials Micro-Insert are clear polypropylene vials engineered for precision and efficiency in HPLC and GC methods.

Key Features:

Dimensions: 12 x 32mm with a flat base
Integrated 0.3mL PP conical base micro-insert
High-quality polypropylene construction
Pack of 100 vials

Benefits:

Superior chemical and heat resistance
Reduced dead volume for improved sample recovery
Ideal for micro-volume samples
Low extractable content ensures sample integrity
Compatible with various automatic samplers

Advanced Vial Options for Precision and Efficiency

The 9-425 thread chromatography vials are ideal for biological, PFAS, and high-metal content sample analysis. The integrated conical micro-insert maximizes sample utilization, making them perfect for precious or limited-volume samples. These vials are designed to meet the demanding requirements of modern laboratories.

Reliable Construction for Demanding Applications

The high-quality polypropylene construction of these vials provides excellent durability and resistance to chemicals and heat, ensuring reliable performance in challenging environments. Clear lab vials for autosamplers maintain sample purity with low extractable content, which is critical for achieving accurate analysis results in high-sensitivity applications.

Seamless Integration with Laboratory Equipment

These vials are designed to be compatible with various automatic samplers to streamline workflows and increase laboratory efficiency. Integrated conical insert vials enhance sample handling by minimizing waste and ensuring consistent results. The clear material allows for easy visual inspection of samples, reducing errors and saving valuable time during experiments.

Applications:

HPLC and GC analysis
Biological sample storage
PFAS testing
High metal content sample analysis

Upgrade your chromatographic analysis capabilities today with Mercedes Scientific® 2mL 9-425 Screw Vials. Experience enhanced sample recovery, improved efficiency, and reliable results in your laboratory procedures.

Act now! Purchase these high-performance vials to optimize your analytical processes and elevate the quality of your research.

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