Products
Adheres to the customer demand orientation
SPK silicon carbide heating elements are manufactured from recrystallized high purity alpha silicon carbide rod or tubular form. Optimized structure of SiC particles make it have special characteristics as applied in industry and lab, which have the best service life particularly in oxidation and/or corrosive atmospheres. SPK SiC elements may be mounted either vertically or horizontally at the Max. operation temperature 1600℃ without any special supports, the elements will not deform. This provides a flexible furnace design for maximum interior design. Another feature is that elements can be replaced when the furnace is in continuous operation, thus avoiding a shutdown. Its high loading capacity is suitable for low-volume and high power conditions. Therefore, it is widely used in various high temperature electric furnaces and other electric heating devices, such as industrial applications involving magnetic, ceramics, powder metallurgy, glass, metallurgy and machinery.
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SPK SiC Heating element （Non-standard customization）
Silicon carbide electric heating element is a rod-shaped non-metallic high-temperature electric heating element made of high-quality green silicon carbide as the main raw material after processing, high-temperature silicification and recrystallization. Compared with metal electric heating elements, SiC elements have the characteristics of high service temperature, oxidation resistance, corrosion resistance, long service life, small deformation, and convenient installation and maintenance. Therefore, silicon carbide rods are widely used in various high-temperature electric furnaces and other electric heating equipment in magnetic materials, powder metallurgy, ceramics, glass, metallurgy, machinery and other industries.
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MoSi₂ Element Special Fixture Conductive Connection Belt
The connecting wires that come into contact with MoSi₂ components are made of aluminum braided tape or multi-layer aluminum foil. The clamp on the outside can only serve as a clamp and does not need to conduct electricity. The end of the wire is connected to the busbar. To prevent stress from being transmitted to the component, the length of the wire should be slightly greater than the straight distance between the component and the busbar.
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Mr. Yuwei, Chen
Eva Gao
Echo Li