Silicon carbide plate is a high-performance kiln furniture material. It has excellent advantages such as high temperature resistance, corrosion resistance, and wear resistance. Therefore, it has become an indispensable choice in many high-temperature industries. With its technical accumulation in the field of silicon carbide kiln furniture, Kerui produces and sells high-quality silicon carbide refractory plate. We are committed to providing customers with more efficient, energy-saving and environmentally friendly solutions.
Silicon Carbide Plate for Sale
Index of Silicon Carbide Plate
Item/Grade | Technical Data | |
---|---|---|
ω (SIC)/% | ≥ | 90 |
Max.Service Temperature/°C | / | 1500 |
Refractoriness/SK | ≥ | 39 |
Refractoriness Under Load/ ≥(kg/cm²) | 2kg/cm² | 1750 |
Modulus of Rupture at Room Temperature/(kg/cm²) | ≥ | 500 |
Modulus of Rupture/ ≥(kg/cm²) | at 1400°C | 100 |
Compressive Strength/% | ≥ | 1300 |
Thermal Expansion/% | at 1000°C | 0.42 -0.48 |
Apparent Porosity/% | / | 7-8 |
Bulk Density/(g/cm²) | / | 2.70 -2.75 |
Thermal Conductvity/(kcal/m.hr.℃) | at 1000°C | 13.5-14.5 |
The Role of Silicon Carbide Plate in Ceramic Manufacturing
Ensure the Stability of the Firing Process
The temperature of the ceramic kiln can reach more than 1200°C. Silicon carbide plates can work stably for a long time in harsh environments without deformation or melting. It ensures the stability of the ceramic firing process and the uniform firing of the product.
Ensure Production Efficiency
The Kerui silicon carbide sheet has strong thermal shock resistance. It can withstand drastic fluctuations in temperature without breaking. This allows ceramic manufacturers to improve production efficiency and reduce production stoppages caused by kiln breakage.
Extend Service Life
During the ceramic production process, kiln furniture often needs to bear the weight and friction of the ceramic blank. Traditional kiln furniture may be worn or damaged due to long-term use. The Kerui carborundum plate has extremely high hardness and wear resistance. It can withstand greater mechanical pressure and friction, greatly extending the service life of the kiln furniture.
Improve Firing Quality
Silicon carbide kiln furniture has good thermal conductivity and can achieve relatively uniform heat conduction in the kiln. The use of Kerui silicon carbide plates can effectively avoid cracks or defects in ceramic products due to uneven heating. Therefore, it guarantees the overall quality of the product during the firing process.
Production Technology Advantages of Kerui’s Silicon Carbide Plates
Precision Manufacturing
Kerui uses advanced production processes and equipment. We strictly control the selection of materials, processing accuracy, and the size and shape of kiln furniture. Therefore, we ensure that every piece of silicon carbide plate kiln furniture meets high standards.
Customized Service
Kerui provides customized services according to the different needs of customers. We can customize the size and shape of kiln furniture. At the same time, we can also specify its high temperature resistance and corrosion resistance according to the specific needs of customers.
Innovative Research and Development
Kerui continuously optimizes the formula and production process of silicon carbide materials. The high temperature resistance, corrosion resistance and wear resistance of the silicon carbide plates we provide have been continuously improved. In other words, Kerui Refractory China strives to provide customers with more cost-effective kiln furniture products.
The Best Choice for You- Kerui Refractory
If you are looking for high performance, high quality kiln furniture, the KERUI silicon nitride plate is undoubtedly your ideal choice! Whether in the firing process of daily-use ceramics or sanitary ceramics, our silicon carbide plate kiln furniture can provide reliable support. Choosing our silicon carbide kiln furniture will give you a more stable production experience and a longer service life. Contact us or find us on Pinterest now to make your product production more efficient!