Tensile Test Chamber

Tensile test chamber is a device used for mechanical performance testing of materials, primarily designed to conduct tensile tests under specific environmental conditions such as high/low temperature or humidity. It combines the functions of an environmental test chamber and a tensile testing machine, and is widely used for evaluating the properties of plastics, metals, rubber, composites, and more.

Brief Overview:

A tensile test chamber provides controlled temperature and humidity conditions to measure tensile strength, elongation, elastic modulus, and other properties of materials under varying environments, helping assess their reliability and stability.

Key Features:

  • Environmental Simulation: Capable of simulating high/low temperature and humid environments.

  • Precise Measurement: Works with tensile testers for accurate mechanical data.

  • Wide Applications: Commonly used in aerospace, automotive, electronics, plastics, and metal processing industries.

Explore Tensile Chamber

Integrated Tensile Test Chamber
Split Tensile Test Chamber

Integrated Tensile Test Chamber

Split Tensile Test Chamber

Selection criteria when buying a tensile test chamber

What is the temperature range?

Different types of high and low temperature test chambers have different temperature ranges. Common low temperatures can reach -70°C and high temperatures can reach +150°C. Understanding this indicator can help you determine whether it meets your own test needs.

How to ensure temperature uniformity?

Uniformity is related to the accuracy of the test results. Generally, an air circulation system is used, such as reasonably designing the air duct and using fans to promote air circulation, to ensure uniform temperature in the box. The common indicator is within ±2℃.

What is the range of temperature fluctuation that can be controlled?

The fluctuation reflects the temperature stability and is usually required to be controlled within ±0.5℃. Excessive fluctuation will affect the test accuracy.

What is the heating and cooling rate?

The heating and cooling rate affects the test efficiency, which is generally 1℃ - 3℃/minute. The rapid heating and cooling test chamber has a faster rate and can meet the tests that require a high temperature change rate.