This mullite-cordierite perforated plate combines the excellent high-temperature performance of mullite with the extremely low thermal expansion characteristics of cordierite and is designed specifically for high-temperature firing of ceramics. The product can stably withstand temperatures up to 1350°C and has excellent thermal shock stability and durability, making it suitable for long-term, repeated high-temperature use. The unique composite structure ensures the dimensional stability of the kiln furniture, effectively preventing cracks and deformation, greatly improving the service life of the kiln and product consistency. The perforated design optimizes the airflow and heat distribution in the kiln, promoting a more uniform firing effect and adapting to a variety of complex firing processes. Manufactured using advanced sintering and electrofusion processes, it ensures stable product quality and meets the high standards of international trade, making it an ideal choice for global ceramic manufacturers to achieve efficient and stable production.
1. Composite material design achieves a perfect balance between high temperature resistance and low thermal expansion;
2. The maximum temperature resistance can reach 1350℃, which can meet the firing requirements of various ceramics;
3. The open-pore structure promotes uniform heat distribution and improves firing quality;
4. Strict sintering process ensures product dimensional stability and durability;
5. Extend the service life of kiln furniture, reduce replacement frequency, and save production costs;
6. Comply with international trade quality standards and meet global market demands.
It is widely used in high-temperature firing processes in industrial ceramics, architectural ceramics, electronic ceramics and other fields. It is suitable for ceramic manufacturers, kiln equipment suppliers and laboratory research and development. It is especially suitable for the international ceramic market that pursues high-quality and high-efficiency production.