Test Tube Rack

The structure and material of the test tube rack vary to meet different experimental needs and environments:

1. Material: The most common materials include metal (such as stainless steel), heat-resistant plastic, and ceramic. Metal test tube racks are durable and can conduct heat well, suitable for experiments that require heating test tubes. Plastic and ceramic test tube racks are more suitable for use under ambient or refrigerated conditions, as they are lightweight and cause less wear on test tubes.

2. Shape and design: The basic shape of the test tube rack is usually a multi-hole plate or upright frame, with hole diameters just large enough to accommodate standard-sized test tubes. The number of holes ranges from a few to dozens, to meet the needs of different experiments that require handling multiple test tubes simultaneously. Some test tube racks are designed with an inclined shape for easy observation of changes in the contents of the test tubes; others come with adjustable clamps that can flexibly adapt to different sizes of test tubes.

3. Stability: To ensure safety and the accuracy of experiments, test tube racks are usually designed with wide bases or equipped with non-slip pads to increase stability on the work surface and prevent tipping.

4. Heat compatibility: Some test tube racks are specifically designed for heating and can be placed directly on heating plates, electric stoves, or water baths for use. These test tube racks are made of materials that can withstand high temperatures without deforming.

5. Cleaning and disinfection: Most test tube racks are easy to clean and disinfect to maintain hygiene conditions and avoid cross-contamination.

Haorun Med Test Tube Rack Introduction

Customization: Available

Number of Holes: 40

Material: Plastic, Rubber / Plastic