Screw Thread Vial 5 ml

The 5ml Screw Thread Vial from VialShop is manufactured from premium borosilicate glass to provide excellent durability, chemical resistance, and reliable sample protection for laboratory, pharmaceutical, and biotechnology applications. Featuring a precision screw-thread finish, this vial delivers a secure closure system with compatible screw caps, helping maintain sample integrity during storage and transportation.

With a 5ml capacity, this compact vial is ideal for storing small-volume samples, including pharmaceutical compounds, laboratory reagents, analytical standards, solvents, and biological materials. The clear borosilicate glass construction provides excellent visibility for sample inspection while offering superior resistance to thermal shock and chemical exposure.

Designed for professional laboratory environments, the 5ml Screw Thread Vial is suitable for pharmaceutical research, analytical testing, quality control, biotechnology applications, and scientific sample storage where dependable sealing and sample preservation are essential.

Key Features

Premium Borosilicate Glass: Manufactured from laboratory-grade glass with excellent chemical resistance and thermal stability.

5ml Capacity: Ideal for small-volume pharmaceutical, chemical, and research samples.

Precision Screw Thread Finish: Provides secure compatibility with matching screw caps for reliable sealing.

High Sample Visibility: Clear glass allows easy identification and visual inspection of stored contents.

Durable Laboratory Construction: Designed for demanding pharmaceutical, biotechnology, and analytical applications.

Technical Specifications

Common Applications

Pharmaceutical Storage: Suitable for pharmaceutical compounds, injectable research formulations, and laboratory preparations.

Laboratory Research: Ideal for reagents, reference standards, solvents, and scientific samples.

Analytical Testing: Used for sample preparation, quality control, and laboratory analysis.

Biotechnology & Diagnostics: Suitable for biological samples, diagnostic materials, and research applications.