Sialon Ceramics silicon carbide heating element adopts the latest heating element technology. The maximum surface temperature can reach 1625 degrees Celsius. It has has high density and low porosity. It can effectively resist the erosion of harmful gases, water vapor and metal oxides. Faster aging, longer service life, reduced replacement frequency frequency, lower production cost for users, suitable for demanding locations such as glass, electronics and precious metal materials.
XICAR® silicon carbide heating element can use a variety of heating body materials and structures, hollow and structures, hollow tubular heating elements, solid heating elements, spiral heating elements, and can be designed according to customer requirements.
Our long-life sSiC heating element can also provide a variety of surface coatings according to different furnace production environments; it can effectively block volatile gases such as such as water vapor, nitrogen, hydrogen, alkaline gases, metal oxides, etc., effectively reducing the erosion of silicon carbide heating element by harmful volatile gases.
In the production of molybdenum silicon heating element, we apply internationally recognized advanced processing technologies and adopt advanced production methods using state-of-the-art inspection equipment to ensure perfect quality in an environmentally friendly production system.
Various coatings for SiC Heating elements
Our XICAR® Silicon Carbide Heating Element Coating is a kind of synthetic film, which is applied to the surface of the hot zone after the production of silicon carbide heating element. It can prolong the service life of silicon carbide heating element in the special use environment and can be separated from the gas to accelerate the aging of SiC heating element.
For more details of coating, please refer to the following introduction:
1. O coating: this coating is used for lower oxidation rate in normal use, make extend the working life of 30-60%.
2. N coating: this coating is used in the case of nitrogen.
3. G coating: this coating is used in three-phase rods (W type SiC heating element) float glass.
4. H coating: this coating is used in the case of steam or hydrogen.