Universal Testing Machine (UTM) and a Temperature Test Chamber are essential tools in material testing, often used together to evaluate the mechanical and thermal properties of materials under various conditions.
The integrated configuration combines mechanical loading with controlled thermal exposure for material and component evaluation.
A versatile device used for performing mechanical tests on materials to determine properties like strength, elasticity, and ductility. It can apply both tensile and compressive forces to test a wide range of materials.
Also known as an environmental chamber or thermal chamber, is designed to simulate extreme temperature conditions to test the performance and behaviour of materials, products, or components under both high and low temperatures.
Evaluating material performance under combined mechanical and thermal stress.
Evaluating how materials such as metals, plastics, rubber, and composites respond to extreme temperatures (e.g., brittleness at low temperatures, melting or distortion at high temperatures).
Testing electronic components to ensure they function correctly in extreme environments, such as space applications, automotive, or military use.
Simulating the conditions materials will face in high-altitude or space environments, where both extreme temperatures and radiation may be a factor.
Assessing how parts will perform in high-heat environments, such as engine components or insulation materials.
Meeting rigorous testing standards for combined environmental and mechanical stress.
Impact testing of plastics under various temperature conditions.
Environmental testing of electrical and electronic equipment, including temperature and humidity exposure.
Military standard for environmental testing, including temperature extremes.
When these two systems are used together, a UTM can be placed inside a Temperature Test Chamber to evaluate how materials behave under both thermal and mechanical stress. For example, you can test how the tensile strength of a material changes at high or low temperatures, or how the material reacts to combined thermal cycling and mechanical loading.
Tell us your product, required temperature range, mechanical testing parameters, and specific testing standard. Our engineering team can configure a combined system tailored to your application.
