100PCS TO-220 Alumina Ceramic Insulating Sheet 3.2mm Hole

100PCS TO-220 Alumina Ceramic Insulating Sheet 3.2mm Hole Insulating Sheet Thermal Insulation Ceramic Sheet Stable Performance Sturdy Durable for Thermal Power
- HIGH-TEMPERATURE CERAMIC PROCESS: Ceramic sheet adopts a special ceramic process, which mainly consists of AL, O, ZrO2, etc. as the main raw materials, and is calcined at a high temperature of more than one thousand degrees. This high temperature ceramic process ensures the stability and superior performance of the product.
- HIGH MELTING POINT AND HIGH HARDNESS: Insulating ceramic sheet has a very high melting point and excellent hardness. This allows it to work in extreme conditions while exhibiting excellent wear resistance for use in a variety of harsh environments.
- ULTRA-HIGH HARDNESS: Thermal insulation ceramic sheet have an ultra-high hardness, a flat outer wall and a low coefficient of friction. This hardness ensures that the ceramic sheet is less susceptible to scratches and abrasions during use, extending its service life.
- MULTI-RESISTANT: Microperforated ceramic insulator at high temperatures, oxidation or chemicals. Ceramic materials are superior to other metal materials in these extreme conditions, ensuring consistent and reliable performance.
- WIDELY USED: Alumina ceramic sheet is widely used in thermoelectricity, steel, metallurgy, machinery, coal mine, chemical industry, cement, port and other enterprises. Common application scenarios include coal mines, conveying systems, milling systems, dust removal systems, and so on. Its multi-field application makes it a key wear-resistant material in various industries.
Country USA
Brand Natudeco
Manufacturer Natudeco
ItemPartNumber Natudecodgg1si5r46
ReleaseDate 0000-00-00

Country	USA
Brand	Natudeco
Manufacturer	Natudeco
ItemPartNumber	Natudecodgg1si5r46
ReleaseDate	0000-00-00

100PCS TO-220 Alumina Ceramic Insulating Sheet 3.2mm Hole Insulating Sheet Thermal Insulation Ceramic Sheet Stable Performance Sturdy Durable for Thermal Power