High-temperature industrial applications require pushing the boundaries of material phase transitions. HAIPART's tantalum carbide ceramic-based composite material boasts a melting point of 3880°C and controllable thermal conductivity. Dynamic grain boundary reconstruction technology ensures structural integrity during continuous thermal cycling.
High-temperature industrial applications require pushing the boundaries of material phase transitions. HAIPART's tantalum carbide ceramic-based composite material boasts a melting point of 3880°C and controllable thermal conductivity. Dynamic grain boundary reconstruction technology ensures structural integrity during continuous thermal cycling.