Add Time: 2026-06-25 View:68
Equipment characteristics: (1) Exclusive temperature control process: gradient slow heating+alternating cycle Abandoning the traditional high-speed heating mode, it supports programmable slow gradient heating, with a heating rate of 1-10 ℃/min that can be infinitely adjusted. The high-temperature constant temperature residence time can be set to simulate the long-term steady-state high-temperature service state of the workpiece; After completing the high-temperature insulation, the spe...
Typical applicable specimens and industries
• Material categories: high-temperature resistant alloys, structural ceramics, refractory bricks, thermal insulation coatings, semiconductor sintered substrates, graphite components, new energy thermal management ceramics, aviation thermal protection panels;
Application industries: Aerospace Materials Research Institute, Metallurgical New Materials Enterprise, Semiconductor Packaging Laboratory, Refractory Material Quality Inspection Center, University Material Mechanics Laboratory, Military Supporting Component Factory.
The composite environment thermal cycle fatigue test system is equipped with a high-purity quartz sealed tube furnace body, supporting programmable slow gradient heating, and achieving fully automatic reciprocating fatigue cycles in the high-temperature constant temperature zone and atmospheric cooling zone; Integrated with three major testing environments of vacuum, sealed atmosphere, and dynamic gas flow, with precise temperature control, diverse operating conditions, and resistance to medium corrosion, it is specifically used for testing the thermal fatigue performance, thermal cracking durability, and structural stability of various inorganic, metal, and composite materials under the coupling effect of alternating temperature and special atmosphere. The entire process is automated, and the test data is accurate and compliant, suitable for scientific research and development and industrial quality inspection scenarios.