Features：
In ceramic production, kiln insulation and energy consumption control directly affect product quality and production capacity. Especially when factories expand and upgrade, high-quality insulation refractory materials are the key to improving efficiency. The DN950 type nano plate is specially customized for the expansion needs of ceramic factories and has become the preferred solution in the industry.
Insulating refractory materials are the “energy-saving core” of ceramic kilns. They can not only lock in high temperatures, reduce heat loss, and lower production energy consumption, but also stabilize the temperature field inside the kiln, ensure the uniformity of ceramic firing, and at the same time extend the service life of the kiln, laying a solid foundation for efficient production after expansion. The DN950 type nano-plate stands out among many materials with its targeted design.
Advantage：
Its core advantages are highly suitable for the demands of ceramic factories: it adopts advanced nano-micro-pore technology, with an extremely low thermal conductivity. The insulation and heat preservation effect far exceeds that of traditional materials, which can increase the thermal efficiency of kilns by more than 25% and significantly reduce gas consumption. It has excellent temperature resistance and can withstand the long-term test of high-temperature environments in ceramic kilns. With precise dimensions and strong adaptability, it perfectly matches the specifications of DN950 type kilns and pipelines. It is easy to install and can quickly assist factories in completing expansion and renovation. It is light and thin in texture but has excellent strength, is not easy to break, and reduces the cost of later maintenance. In ceramic factories, it can be widely applied to key parts such as kiln linings, flues, and heat exchangers, ensuring stable production throughout the process.