Metal High-Temperature Creep Testing Machine

High-temperature creep refers to the phenomenon where materials slowly undergo plastic deformation over time under temperatures T ≥ (0.3–0.5)Tm (Tm is the melting point) and stresses much lower than their yield strength. It is used to evaluate creep properties and long-term strength of various metals and alloys under high-temperature conditions, measuring parameters such as creep limit and long-term strength limit. Depending on the applied stress method, it can be classified into high-temperature compressive creep, tensile creep, bending creep, and torsional creep. Compared to high-temperature strength, high-temperature creep more effectively predicts strain trends and fracture life of materials under prolonged high-temperature service, making it an important mechanical property closely related to material composition and structural characteristics.

Main features of the high-temperature creep testing machine:
1. The cylindrical high-temperature furnace has high working efficiency, up to dozens of times that of traditional split-type high-temperature furnaces. It allows sample replacement and repeated testing without cooling down, heating up, or insulation processes.
2. The electric system controls the vertical movement of the high-temperature furnace, while the linear guide ensures safety, stability, and concentricity between the sample and the furnace chamber.
3. Electric lifting cylindrical high-temperature furnace, operators do not need to come into contact with the furnace, significantly reducing labor intensity while ensuring safety and reliability;
4. The cylindrical high-temperature furnace offers excellent thermal insulation, a long uniform temperature zone (200 mm), and a maximum temperature of 1200°C. The electric furnace has a long service life, ensuring 30,000 hours of operation at temperatures up to 1200°C.
5. The cylindrical high-temperature furnace has excellent safety performance, operating on a low safety voltage (25V) with high current supply, eliminating any risk of electric leakage and meeting international safety standards;
6. The outer surface temperature of the cylindrical high-temperature furnace is low. Imported thermal insulation material ensures the furnace surface temperature remains below 90°C (at 1200°C), ensuring safe operation.
7. Equipped with fully digital AC servo drivers and high-precision, high-response-frequency AC servo motors, ensuring fast frequency response and high positioning accuracy;
8. Equipped with manual pressure release adjustment, effectively protecting the machine, especially the load sensor, in case of unexpected power failure.

Technical specifications: