High and low temperature thermal shock test chamber

1、 Product Overview:

High and low temperature thermal shock test chamberUsed to test the degree to which material structures or composite materials can withstand continuous environments of high and low temperatures in an instant, in order to test the chemical changes or physical damage caused by thermal expansion and contraction in a short period of time. The product has a beautiful appearance, reasonable structure, excellent craftsmanship, and carefully selected materials. It has simple and convenient operation performance and reliable equipment performance.

2、 Application areas:

High and low temperature thermal shock test chamberSuitable for high and low temperature impact testing of aircraft, aerospace, *, ships, electrical, electronic and other products and components, as well as storage and testing in high or low temperature environments. Provide users with corresponding climate and environmental acceleration tests for the whole machine (or components), electrical appliances, instruments, materials, coatings, plating, etc., in order to evaluate the test samples or test behavior of the test samples. Used in industries such as electronic and electrical components, automation parts, communication components, automotive parts, metals, chemical materials, plastics, etc., it is an ideal testing tool for the physical changes of defense industry, aerospace, military industry, BGA, PCB substrate, electronic chip IC, semiconductor ceramic magnetic and polymer materials. It tests the repeated tensile force of materials at high and low temperatures, as well as the chemical changes or physical damage caused by thermal expansion and contraction of products, to confirm the quality of products. From precision IC to heavy machinery components, it is indispensable for all

3、 Operation process:

Generally speaking, the operation of the cold and hot shock test chamber is divided into five parts: pre-treatment, initial testing, testing, recovery, and post testing.
1. Preprocessing: Place the tested sample under normal atmospheric conditions until the temperature stabilizes.

2. Initial testing: Compare the tested sample with the standard requirements and place it directly into the high and low temperature impact test chamber after meeting the requirements.

3. Experiment:

4. Recovery: After the test sample is taken out of the test chamber, it should be restored under normal test atmospheric conditions until the test sample reaches temperature stability.

5. Post testing: Evaluate the test results based on the degree of damage and other methods specified in the reference standards.