High temperature heating equipment commonly used in laboratories and industries.

Core application areas

In the field of ceramics and new materials: used for ceramic sintering, preparation of functional ceramics, as well as sintering and modification of nanomaterials and composite materials to avoid oxidation affecting material properties.

In the field of metallurgy and metal processing, it is suitable for annealing, quenching, tempering of metal materials, and can also be used for melting and purification of rare metals and alloys, achieving a bright and decarburization free surface.

In the field of electronics and semiconductors: supporting the packaging and sintering of semiconductor chips and electronic components, as well as metallization layer processing, to ensure the conductivity and stability of components.

In the field of glass and optics: used for annealing and coating pretreatment of optical glass, as well as forming and modifying special glass, to enhance the transparency and strength of glass.

In the field of chemical engineering and special materials: high-temperature synthesis of chemical raw materials, preparation of catalysts, and heat treatment of carbon fibers and special fibers to meet the requirements of high temperature and corrosion resistance of materials.

Research and Experimental Fields: Used by universities and research institutes for material performance testing and new process development, capable of simulating material processing processes under different vacuum degrees and atmospheres.