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This ventilated aging test chamber is suitable for evaluating the thermal‑induced property changes of wire, leather, plastics, rubber, and fabrics. For wire samples, a dedicated air‑exchange rate adjustment feature is provided to maintain fresh air inside the chamber during testing.
The TH8011A ventilated aging test chamber is suitable for evaluating the thermal‑induced property changes of wire, leather, plastic, rubber, and fabric materials. For wire samples, it features a specially designed air‑exchange rate adjustment function to maintain fresh air inside the chamber during testing.
The TH8011A ventilated aging test chamber is suitable for evaluating the thermal‑induced property changes of wire, leather, plastic, rubber, and fabric materials. For wire samples, it features a specially designed air‑exchange rate adjustment function to maintain fresh air inside the chamber during testing.
The TH8011A ventilated aging test chamber is suitable for evaluating the thermal‑induced property changes of wire, leather, plastic, rubber, and fabric materials. For wire samples, it features a specially designed air‑exchange rate adjustment function to maintain fresh air inside the chamber during testing.
This constant‑temperature oil bath complies with test standards including UL 758, UL 1581, UL 62, ASTM, and GB 1690. It is suitable for high‑temperature testing of plastic products immersed in oil. The temperature control system employs microcomputer regulation with PID functionality, ensuring high precision and excellent stability. A timed alarm feature automatically triggers when the set time is reached. An integrated stirring motor ensures uniform temperature distribution throughout the oil bath.
This instrument fixes a wire approximately 300 mm in length, with the printed surface facing upward, to its worktable. A wear‑resistant block is then used to subject the printed surface to friction at a specified load, speed, and reciprocating stroke, thereby evaluating the print’s adhesion strength. It can also be used to assess the durability of printed markings on plastic surfaces. The device complies with UL, GB, IEC, and other relevant standards.
