Tester With Thermostatic Chamber

• This tester is capable of performing precise tension and compression tests within a wide temperature range, spanning from -40℃ to 150℃, outlining its adaptability to different environments.
• It is particularly well-suited for constant temperature testing, as it enables the assessment of material properties under various conditions.
• The chamber facilitates the effortless attachment of IMADA accessories, thereby enhancing its testing versatility.
• Additionally, safety is paramount, as the tester is designed to prevent contact between the hot tester and the sample.
• With user-friendliness at its core, this tester is optimized for a broad range of applications, providing stable temperature conditions and exceptional testing precision.

Tension Testing

Tension testing is a crucial process that evaluates the response of materials to stretching and pulling forces. It involves gradually and systematically applying tensile loads to a specimen and measuring its deformation until it reaches fracture or experiences plastic deformation. This testing helps determine key parameters like the ultimate tensile strength and yield strength, providing critical insights into the material’s strength and behavior. Material selection, quality control, and design in applications that involve tensile forces rely heavily on the data obtained from tension testing.

Compression Testing

Compression testing is a technique that involves applying compressive forces to a material specimen to determine its response and crucial parameters such as compressive strength. This method is instrumental in material selection, quality control, and design of structures subjected to compressive loads.