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Showing posts from November, 2024

Debinding Furnace

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  Model: JYRH1-1RD   Product Performance Equipment specification 1400 ℃ -400*400*400mm Total Power 12KW Effective working area 400*400*400mm   Description of Debinding Furnace This debinding furnace uses Cornell resistance wire as the heating element and features an intelligent temperature control system, silicon control, and high precision temperature control; the furnace chamber uses foam ceramics; the double-layer furnace shell is equipped with air-cooling system, to effectively ensure the surface temperature of the shell.   Features of Debinding Furnace   The furnace chamber is made of foam ceramics with small shrinkage, low thermal conductivity, good heat preservation, durable and energy-saving.   The heating element adopts Cornell resistance wire, the highest heating temperature can reach 1400 ℃ .   The debinding and sintering furnace   adopts five-side heating, and better temperature uniformity of the equipment.   Ultra-temperature and...

Special Equipment For Ceramic Crystals

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  Ceramic Sintering Furnace Specialised equipment for ceramic crystals from CHJT INTELLIGENT is dedicated to providing efficient and accurate solutions for processing ceramic materials. Our state-of-the-art equipment covers high-temperature firing, moulding and casting processes for the production of electronic components and other high-performance ceramic products. We ensure that our ceramic sintering furnace excels in temperature control and efficiency, helping our customers to stand out in a competitive market environment.   Application of ceramic sintering furnace Optoelectronic material growth equipment is mainly used in the field of optical functional materials, such as optoelectronic crystals, ceramics, glass and semiconductors, and other optoelectronic material preparation, processing, heat treatment, and other processes.   The products in the field of optoelectronic materials are mainly for the sintering and heat treatment process of CdTe and GaO crystal material...

Carbon Material High Temperature Graphitization Equipment

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 Product Performance Maximum temperature: 3000℃ Size of reaction area: Φ650×650×2000mm Pressure rise rate:≤0.05MPa Cold ultimate vacuum :≤100Pa Description of Carbon Material High Temperature Graphitization Equipment This equipment is a high-temperature intelligent horizontal graphite equipment, which is mainly used for the graphitization of graphene heat dissipation film and PI film. Features of Carbon Material High Temperature graphite furnace  Equipment The furnace body adopts double-layer water sandwich structure, and the front and rear flanges are welded into a simple structure, with dovetail sealing grooves on the flange plane, and 0-type silicone rubber sealing ring is used for sealing. The furnace body of the carbonization equipment is equipped with cooling water inlet and outlet, vacuum pumping port, inductor coil installation port, infrared meter temperature measurement holes, and automatic filling and discharging interface. Medium frequency power su...

Specialized Equipment For Carbon Materials

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 Carbonization Equipment & Furnace CHJT's specialized equipment for carbon materials is designed for producing high-purity carbon materials. The carbonization stove employs the latest technology to ensure efficient and environmentally friendly production processes, meeting clients' demands for high-quality carbon materials widely used in energy, electronics, and other industries. Application of  Carbonization Furnace China Carbon materials special equipment is mainly used in artificial graphite, carbon paper, carbon fibre, single-walled carbon nanotubes and other materials, graphitization, CVD growth and other processes, experiments on the large-scale, high-quality, low-energy conditions of the preparation of such materials growth.   In the field of carbon materials, we offer a wide range of high-performance equipment to support different stages of material development and production. Our carbonisation and graphitization furnaces provide a reliable platform for the th...