Test Tubes And Sample Tubes
From routine sample collection to chemical reactions and analytical testing, test tubes and sample tubes form the backbone of laboratory operations. Our Test Tubes and Sample Tubes products provide precision-engineered glass vessels designed for reliability, durability, and consistent performance across research, diagnostic, and quality control environments.
See Our Full Test Tubes & Sample Tubes Range
We supply two essential types of laboratory glass tubes:
- Test Tubes: classic borosilicate glass tubes ideal for mixing, heating, and conducting chemical reactions. Perfect for chemistry experiments, microbiology work, and general laboratory procedures. Available in various diameters and heights to suit different protocols and applications.
- Glass Vials with Rolled Rim: precision-manufactured vials with reinforced rolled rims for enhanced durability and safety. The rolled rim design minimises chipping and provides a secure sealing surface for caps and stoppers, making them ideal for sample storage, preservation, and transportation.
Why Prefer Glass Tubes for Laboratory Work?
Borosilicate glass is the material of choice for serious laboratory work. It withstands thermal stress, chemical exposure, and repeated sterilisation cycles without degradation. Our test tubes and vials are designed to handle everything from room-temperature sample collection to high-heat reactions, ensuring your experiments proceed with confidence.
Applicable Areas
- Chemical synthesis and reactions
- Microbiology and bacterial culture work
- Sample collection and preservation
- Analytical testing and quality control
- Blood draw and specimen collection
- Chromatography and separation techniques
- Laboratory teaching and demonstrations
Why Trust AlliedChemi?
Each test tube and vial in our range meets strict laboratory standards for dimensional accuracy, chemical resistance, and thermal stability. The rolled rim design on our glass vials adds an additional layer of safety, ensuring secure closure and safe handling during transport and storage.
