Environment Testing Equipment Application in Automotive

The rapid development of the modern economy has led to the rapid development of major industries. Automobiles have become an indispensable means of transportation for modern people. So how to control the quality of the automobile industry? What testing and testing equipment are needed? In fact, in the automotive industry, many parts and components need to do environmental simulation test. 

Types of Environment Testing Equipment Used in Automotive

Temperature test chamber mainly includes high and low-temperature test chamber, constant temperature and humidity test chamber, rapid temperature change test chamber, and temperature shock chamber, which are used to detect the use of cars in high temperature, low temperature, high humidity, low humidity, temperature shock and other environments.

Commonly used in the aging test chamber are the ozone aging test chamber, UV aging test chamber, Xenon arc test chambers, etc. However, except for the ozone aging chamber which simulates the ozone environment to detect the degree of cracking and aging of car tires in ozone environment, the other two models simulate the damage caused by full sunlight or ultraviolet rays to the interior of the vehicles, like some plastic and rubber products. 

IP Test Chamber is mainly used to test the airtightness of automobile products, but there are different equipment to choose from according to different environments. If you want to test the waterproof performance of the vehicle, it is better to choose the rain test equipment, which can be used to detect the performance of product after the test. If you want to test the dust-proof effect, you can choose the sand and dust test chamber to see the sealing performance of the vehicle. The main test standard is IEC 60529, ISO 20653 and other related test standards. 

In addition to these test, there are many other detection contents, such as vehicle anti-collision detection, transportation vibration detection, tensile detection, impact detection, safety performance detection, etc., all to ensure the safety of the vehicle, but also to ensure the safety of the driver during driving.