Computer Control Electronic High and Low Temperature Tensile Testing Machine Universal Material Tensile Machine

The Computerized Universal Testing Machine, integrated with a Temperature Chamber, is a versatile testing solution capable of performing a variety of mechanical tests on materials subjected to varying temperature conditions. It is equipped to handle tensile, tear, peel, and bond tests using specialized clamps designed for textiles, fabrics, leather, tapes, films, and other materials.

This advanced testing equipment operates by utilizing a motor-driven screw mechanism to move the fixtures. Samples are securely fixed between the upper and lower fixtures, and the upper fixture is programmed to pull the sample upward at a controlled speed. The force exerted on the sample is detected by a load cell attached to the upper fixture, which then translates the force into an electrical signal. This signal is transmitted to the display screen, where the force value is automatically presented for analysis.

The integration of a temperature chamber allows for the simulation of high and low-temperature environments, enabling comprehensive evaluation of material properties under different thermal conditions. This feature is particularly useful for industries that require materials to perform consistently in a range of temperatures, such as automotive, aerospace, and consumer goods manufacturing.

The Computerized Universal Test Machine With Temperature Chamber provides a reliable and efficient means of assessing the mechanical integrity and performance of materials, ensuring their suitability for specific applications and quality standards.

specification

features
The Universal Testing Machine is designed to measure material properties under specific conditions, offering two primary modes of testing:

1. Deformation Measurement Under Load: It assesses how much a sample deforms when subjected to a constant load, providing insights into the material's structural integrity and flexibility.

2. Load Measurement Under Deformation: This mode determines the amount of force required to achieve a certain level of deformation, revealing the material's resistance to deformation.

The machine is equipped with sophisticated software that generates comprehensive test reports. These reports detail key metrics such as maximum force, elongation at break, tensile strength, peel strength, tear strength, and compression strength.

Furthermore, the machine is highly customizable and can perform a variety of tests to meet individual customer needs. It is capable of conducting peel tests, tear tests, compression tests, and bend tests using a range of specialized clamps to accommodate different types of materials and testing protocols.

test standards
Tensile Test: ASTM D882 ASTM D 638 / ISO 527-1/2

Bend Test ISO-178 / ASTM D 790

Tear Test:ASTM D 624

Peel Test : ASTM D 3330

Compression Test : ASTM D 659