Refractory bricks play a crucial role in various high-temperature industrial applications. Their ability to withstand extreme heat, chemical reactions, and physical wear makes them essential for industries like steel, cement, and glass production. With several types of refractory bricks available, e

Refractory materials play a crucial role in various high-temperature industrial applications. They are used to protect equipment inside furnaces from the harsh effects of high temperatures, chemical corrosion, and mechanical stress. When it comes to selecting refractory materials, people often face a significant question: What is the difference between Firebrick and Insulating Fire Brick?

High-temperature industrial processes demand materials that can endure extreme conditions. In this context, refractory bricks emerge as unsung heroes, quietly safeguarding the integrity and efficiency of various industries. The question that often arises is, "Can refractory bricks ​withstand temperature?" This article delves into the world of refractory bricks, exploring their composition, factors affecting temperature resistance, testing methods, and their vital role in industrial applications.

Kiln furniture plays a crucial role in the ceramic and pottery industry, providing support and stability to the items being fired in kilns. It includes various components such as shelves, posts, and props, all of which are subjected to extreme temperatures and contaminants during the firing process.

With the increasing frequency of use of refractory materials in various industries in recent years, companies have begun to tackle key technical problems and carefully control them. At present, the most difficult difficulty to overcome is the safety of the insulating fire brick, which is its service life. The following are the process management measures taken by our company to prolong the life of the insulating fire brick.

The raw material of Fused Silica Ceramic is fused silica or quartz glass, which is a ceramic product made by crushing, molding, sintering, and other processes. The earliest development was completed by the United States in the 1960s, and mass production was achieved in the United States in 1963. It is a new type of high-purity and high-temperature resistant quartz material. In the following years, my country started the research and application of quartz ceramics in 1972 and realized industrialization in Qingdao, Shandong that year. Compared with quartz glass, quartz ceramics can be regarded as a comprehensive "upgrade" to quartz glass. So what is the performance of Fused Silica Ceramic? Let's see together.

Monolithic refractories are unfired refractories. Foreign countries have developed rapidly since the 1960s, while China only started in the 1980s. And it is mainly used in atmosphere furnaces, and it is rarely used in melting furnaces. The company will improve the performance and quality of monolith