As a key equipment in laboratory and industrial fields, the constant temperature and humidity test chamber can accurately simulate the temperature and humidity environment under different climatic conditions, providing a reliable performance verification environment for industries such as drug research and development, biological experiments, food testing, and cosmetics testing.
To ensure the continuous and stable operation of the test process, the design of the test chamber needs to take into account both structural strength and circuit reliability. The internal structure of the equipment needs to be constructed with high-strength materials to form a sturdy frame, and the circuit system must have excellent weather resistance to resist long-term erosion from high temperature and humidity environments, avoiding performance degradation or failure risks caused by thermal stress or humidity.
In response to the harsh high-temperature operation scenarios of the constant temperature and humidity test chamber, The Pin Header developed by TXGA uses PA6T heat-resistant nylon. This material maintains excellent rigidity even at extreme temperatures, ensuring stable operation of the connector over a wide temperature range of -40 ° C to+105 ° C.
