Silicone ceramic sheet 1000x2000x6mm

Silicon carbide boards are a structural board composed of ceramic and silicon materials. Ceramic-silicon structural boards are commonly used in high-temperature, high-pressure, or corrosive environments, offering high heat resistance, pressure resistance, and corrosion resistance.
The manufacturing process for ceramic silicon structural boards typically includes the following steps:
Choose suitable ceramic and silicon materials; typically, high-purity ceramic and silicon materials are selected.
Mix porcelain and silicon materials, add appropriate binder and other additives to form a porcelain-silicon blend.
3. The ceramic-silicon mixture is typically pressed into the required plate shape using a press or mold.
4. Dry the compressed sheet material to remove moisture and binder.
5. Sinter the material by placing the plate-like substance in a high-temperature furnace to form a dense porcelain-silicon structure.
6. Perform surface treatments such as sanding and polishing to achieve a smooth surface and an appealing appearance.
Ceramic silicon structural boards are widely used in industries such as electronics, chemicals, and metallurgy, with common applications including thermal insulation for high-temperature furnaces, acid and alkali-resistant containers, and corrosion-resistant pipelines. Due to their superior performance, ceramic silicon structural boards hold significant application value in some special environments.
Silicone ceramic boards are a high-temperature refractory material, primarily used for insulation, heat resistance, and protection in high-temperature environments. Their main applications include:
1. The electronics and electrical industry: Silicon-ware boards are suitable for making insulating substrates, thermal insulation shims, electrical porcelain pipes, etc., for electronic components, with excellent insulation properties and high-temperature resistance.
2. Electric Power Industry: Silicon rubber sheets are used for heat insulation shims, insulating components, and electric capacitors in power equipment, maintaining stable performance under high temperature and high voltage conditions.
3. Metallurgical Industry: Silicon carbide boards are used for insulation, heat preservation, and fire prevention in metallurgical equipment, such as iron ladles, furnace walls, and furnace bottoms.
4. Environmental Protection Engineering: Silicon glass boards are suitable for insulation and corrosion resistance in environmental protection equipment, such as flue gas desulfurization units and waste gas treatment facilities.
5. Glass Industry: Silicon wafers are suitable for heat insulation, heat preservation, and fire prevention in glass melting furnaces, enhancing the thermal efficiency and stability of the furnace.
In summary, silicon carbide boards are widely used, primarily for insulation, heat resistance, and protection in high-temperature environments to meet various industrial needs.

Silicone ceramicIt is a high-performance building material featuring fire resistance, high-temperature resistance, corrosion resistance, and wear resistance, widely used in the following fields:
Decorative Building Materials: Rock slab and porcelain tiles are suitable for interior and exterior wall decoration, floor decoration, ceiling decoration, etc., featuring unique textures and colors, enhancing the aesthetic appeal and texture of the building.
2. Fire Retardant Isolation: Due to the excellent fire-resistant properties of the rock-silica ceramic plate, it can be used for fire-retardant walls, doors, and windows both inside and outside buildings, serving as a barrier to prevent the spread of fire.
3. High-Temperature Equipment: Rock wool ceramic boards feature excellent high-temperature resistance, suitable for thermal insulation, heat preservation, and refractory linings in high-temperature equipment, such as furnace chambers, chimneys, and hot air furnaces.
4. Chemical Equipment: Due to the excellent corrosion resistance of rock wool ceramic boards, they can be used as linings for chemical equipment, pipes, storage tanks, etc., protecting the equipment from corrosion damage.
5. Electronic Appliances: Rock slab silicon wafers are suitable for the electronic appliance industry, such as substrates for electronic components and heat sinks, offering excellent insulation and heat dissipation properties.
In summary, Rock Panel Silicon Ceramic Plates have a wide range of applications in construction, chemical industry, electronics, and can meet the needs in special environments.

Lightweight porcelain-on-steel board is a lightweight sheet material made from porcelain-on-steel material, featuring low density and excellent physical properties. Its main applications include:
Decorative Building Materials: Lightweight porcelain tiles are suitable for wall, ceiling, and floor decoration, featuring a smooth surface, wear-resistant and corrosion-resistant properties, offering high decorative value and durability.
2. Furniture Manufacturing: Lightweight glass-ceramic panels are suitable for making furniture such as tables, chairs, cabinets, etc., offering high strength, durability, and excellent decorative effects.
3. Electronics: Lightweight silicon carbide plates are suitable for use in the casings and screen protectors of electronic products, offering high insulation properties and anti-static capabilities, ensuring the safety and stability of the electronics.
4. Transportation: Lightweight silicon carbide boards are suitable for interior decoration in vehicles such as cars, trains, and ships. They offer low density and excellent durability, helping to reduce vehicle weight and enhance passenger comfort.
5. Industrial Equipment: Lightweight porcelain ceramic plates are suitable for the manufacturing of industrial equipment, such as chemical equipment, oil equipment, food equipment, etc., offering high corrosion and high-temperature resistance, and capable of meeting the demands of complex industrial environments.
In summary, lightweight silicon-carbide boards have a wide range of applications, catering to the needs of industries such as building decoration, furniture manufacturing, electronic products, transportation, and industrial equipment.

Silicone glass boards are suitable for the following environments:
High-Temperature Environment: Silicon carbide boards offer excellent high-temperature stability and can operate for extended periods in high-temperature conditions. Therefore, they are commonly used in high-temperature heating equipment and heat treatment systems.
2. High-vacuum environment: Silicon glass plates feature low gas permeability and low volatility, ensuring stability in high-vacuum conditions. Consequently, they are commonly used in vacuum equipment and semiconductor manufacturing equipment.
3. High-voltage Environment: Silicon-steel plates have excellent electrical insulation properties and can withstand high voltages. Therefore, they are commonly used in high-voltage insulation equipment and power equipment.
4. Corrosive Environment: Silicon carbide boards are resistant to corrosion, capable of withstanding the erosion from acids, alkalis, and other chemicals. Hence, they are commonly used in chemical laboratories and chemical equipment.
In summary, ceramic silicon plates are suitable for environments requiring high-temperature, high-pressure, corrosion-resistant, and excellent electrical insulation properties.