Product features

Fermentation test tube is also known as Durham test tube .It is made of high-quality glass and has high transparency, which allows experimenters to clearly observe various changes in the test tube when fermentate, such as color changes, precipitation generation, bubble generation etc, so as to timely and accurately grasp the progress of the fermentation.

Fermentation test tubes have good chemical stability and can be reused, reduce experimental costs. It has standardized sizes and specifications to ensure consistency and comparability of experimental results. The flat mouth design of the test tube facilitates the addition of fermentation raw materials and inoculation of microorganisms, makes the operation more convenient. The round bottom structure ensures the uniformity of the fermentation reaction, and the small volume is very suitable for micro-fermentation experiments. Can be used as a gas collection container. It is convenient to carry to different experimental sites for on-site experiments or sample collection.

The outer wall of the fermentation test tube is smooth, the wall thickness is uniform, and it is beautiful and elegant. The bottom of the tube is round and smooth, with no protrusions, solid workmanship, round mouth, smooth firing, easy to pour, no burrs, no protrusions, high transparency and beautiful appearance.

Product details

We can produce different test tubes as per customer’s requirements.We can also print your logo on the tubes if the quantity is large,please feel free to contact us online.

Product specifications

Product applications

Scientific research field: In microbial research, it can be used for bacterial strain screening, culture and fermentation characteristics research, includes observing microbial growth and metabolic patterns etc,provides a basis for microbial genetic improvement. It is also suitable for small-scale synthesis in the early stages of drug development and bacterial culture and fermentation condition optimization during vaccine production.

Food industry: Used for bacterial culture, fermentation experiments and quality control in the food fermentation process, such as screening bacterial strains and optimizing fermentation parameters in the production of yogurt, beer, wine, etc., to improve food quality and taste. It can also be used for bacterial strain breeding and fermentation condition research in the production process of food additives.

Environmental science: Study the microbial strains and fermentation processes of wastewater treatment, and explore efficient wastewater treatment methods. In soil remediation, microbial fermentation is studied to help improve soil quality.

Teaching experiments: In teaching experiments such as biology and chemistry, it can be used as an intuitive teaching aid to allow students to understand the fermentation process, microbial culture and other knowledge to improve the teaching effect.