Introduction & Application of Thermal Shock Test Chamber
The thermal shock test chamber is a key environmental reliability testing device, designed to simulate extreme and sudden temperature changes that products may encounter in actual service. It adopts a two-box structure for rapid switching between high and low temperature zones (switching time ≤15s), realizing instant temperature shock without gradual transition, which is different from rapid temperature change equipment. Equipped with advanced cascade refrigeration, high-power heating systems and precise PID temperature control, it features stable operation, uniform temperature distribution and high control accuracy, complying with IEC and national standards. The inner tank is made of SUS304 stainless steel for corrosion resistance, and the outer shell is spray-painted for rust prevention, with multiple safety protections to ensure safe operation.
Widely used in various industries, it assesses product stability under temperature shock. In electronics, it tests chips, connectors and electronic modules to avoid failures caused by thermal stress. In automotive industry, it verifies auto parts like sensors, batteries and lamps to ensure reliability in cold and hot environments. In aerospace, it tests aerospace components to meet the harsh temperature requirements of space. It also applies to semiconductors and medical equipment, providing reliable data support for product R&D and quality control.
