The power energy industry faces challenges such as high-temperature radiation (e.g., slag conveying), dust adhesion, and mismatched thermal expansion coefficients. Traditional idlers are prone to coating carbonization, shaft jamming, and excessive vibration.
Application Scenarios:
Suitable for coal-fired power plants, waste incineration plants, biomass energy plants, etc., covering slag conveying, fuel transfer, and ash treatment.
Certified by ISO 14001 Environmental Management System, verified by high-temperature load testing, meets ceramic coating adhesion standards, and vibration control complies with ISO 1940 standards.
Customized Service Plan:
Thermal expansion coefficient matching design adopts SolidWorks Simulation, ceramic coating thermal conductivity ≤1.5W/(m·K); materials selected are heat-resistant alloy Inconel 625 (operating temperature -40℃~600℃) + graphite lubrication system; Teflon coating non-adhesion test conforms to ASTM D3359 standard (adhesion grade 5B); the testing process performs 500℃ high temperature load test (lasting 1000 hours), vibration control conforms to ISO 1940 G6.3 standard.
