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This machine is suitable for processing rubber and plastic raw materials, pigments, oils, chemical raw materials, and more. Place the respective materials into the mold, clamp it between the machine’s electric heating plates, and apply appropriate pressure and temperature to form the material for testing purposes.
It is used to determine the total halogen acid gas content in low-halogen and halogen-free flame-retardant cables, as well as to assess the acidity of these gases by measuring pH and electrical conductivity. Complies with the following standards: GB/T 17650.1‑1998, GB/T 17650.2‑1998, IEC 60754‑1:1994, and IEC 60754‑2:1991; and also meets the requirements specified in Table 6 of GB/T 19666‑2005 “General Requirements for Flame‑Retardant and Fire‑Resistant Wires and Cables,” as well as Clauses 6.3.4 of GA 306.1‑2007 and GA 306.2‑2007, and Clauses 9.10 and 9.11 of UL 2556‑2007.
The TH8016 wire heating deformation testing machine is suitable for measuring the degree of deformation in leather, plastics, rubber, and fabrics, both before and after heating. This instrument is designed in compliance with the test standards JIS C-3005, UL 1581, UL 758, ASTM D2436, CNS 3556, and 742. It is used to assess the thermal deformation of materials such as plastics and wire insulation. At a specified temperature, the specimen is allowed to rest freely inside the testing machine for 30 minutes, then clamped between the parallel plates of the device, subjected to a prescribed load, and maintained at the same temperature for another 30 minutes. The thickness difference between the heated and unheated states is measured using a dial indicator; this difference, divided by the original thickness prior to heating and expressed as a percentage, yields the deformation rate.
This machine is suitable for processing rubber and plastic raw materials, pigments, oils, chemical raw materials, and more. Place the respective materials into the mold, clamp it between the machine’s electric heating plates, and apply appropriate pressure and temperature to form the material for testing purposes.
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.
