How much does it cost to use microporous calcium silicate board in aluminum plants?

Ceramic fiber cotton insulation refractory material? Ceramic fiber cotton is a lightweight, high-temperature resistant, heat-insulating refractory material made primarily from aluminum silicate fibers through processes such as melting, fiberization, and cotton collection. It is known as the "thermal insulation expert" in industrial high-temperature scenarios.

What are the common specifications for 1260 ℃ ceramic fiber cloth? 1260 ℃ ceramic fiber cloth (also known as high-purity or zirconium containing ceramic fiber cloth) is a flexible refractory material that is resistant to high temperatures, provides insulation, and is widely used in industries such as metallurgy, petrochemicals, power, and glass for high-temperature sealing, wrapping, insulation curtains, fire-resistant blankets, and other applications. 1260 ℃ "refers to the classification temperature or maximum operating temperature of this type of ceramic fiber cloth. In actual long-term continuous use, it is generally recommended to maintain a safe continuous use temperature below 1000-1100 ℃ to ensure material performance and lifespan.

Electrolytic cell insulation rock wool board? In the field of industrial insulation, Rock Wool Board is often used for insulation engineering of electrolytic cells (especially aluminum electrolytic cells, chlor alkali electrolytic cells, etc.). In the scenario of high temperature, strong corrosion, and high fire resistance requirements in electrolytic cells, rock wool often has advantages over glass wool and is a more mainstream choice. In the insulation application of electrolytic cells (especially high-temperature industrial equipment such as aluminum electrolytic cells and magnesium electrolytic cells), rock wool board has significant advantages over glass wool board. This is mainly due to the fundamental differences in raw materials, fiber structure, and physicochemical properties between the two.