As an important refractory material, phosphate bricks directly affect the service life and operating efficiency of the kiln. Basic properties of phosphate bricks Phosphate bricks are refractory materials made with phosphate as a binder, offering excellent high-temperature performance and chemical…
Oxygen-enriched side-blown furnaces are core equipment used in the metallurgical industry to process complex materials. The high temperatures and highly corrosive environment within these furnaces place stringent demands on refractory materials. The choice of refractory materials directly impacts furnace lifespan,…
High-temperature equipment plays a key role in industrial production, but extreme temperature environments often lead to equipment damage. Refractory ramming mix, as a special protective material, can effectively solve this problem. 1.Basic characteristics of refractory ramming mix Refractory ramming material…
As core equipment in high-temperature industries, the performance of the refractory materials used in kilns directly impacts production efficiency and operational safety. Alumina bubble bricks, with their unique material properties, are becoming an increasingly important choice in the kiln refractory…
As core equipment in high-temperature industries, kilns rely on refractory materials for their stable operation. Clay bricks, with their unique properties, serve as a key protective barrier for kiln inner walls. 1.Structural support: resist high temperature deformation and mechanical load…
High alumina bricks are refractory materials primarily composed of alumina (Al₂O₃), typically exceeding 48%. Their high-temperature stability, corrosion resistance, and mechanical strength far surpass those of ordinary clay bricks, making them the core “protective shield” of industrial kilns. 1.How to…
In industries like cement, metallurgy, and chemicals, rotary kilns are core equipment, and the performance of their lining materials directly impacts kiln efficiency, production costs, and service life. Traditional refractory materials like high-alumina bricks and clay bricks often suffer from…
Silica bricks are an essential refractory material for the high-temperature environments of industrial kilns. So, what are the advantages of silica bricks? And why are they the “only choice” for industrial kilns? 1.High temperature resistance First and foremost, the core…
Mullite insulation bricks are high-alumina refractory materials with mullite (Al₂O₃·2SiO₂) as the primary crystalline phase. The alumina content generally ranges from 50% to 60%. In addition to mullite, those with lower alumina content also contain small amounts of glass and…
In high-temperature industrial environments like steelmaking, cement production, and waste incineration, refractory materials face three major threats: thermal shock, corrosion, and wear.Traditional refractories often fail rapidly under these multiple impacts, but phosphate bricks, with their unique “three-proof” capabilities, have become…
Mullite insulation bricks are high-alumina refractory materials with mullite (Al₂O₃·2SiO₂) as the primary crystalline phase. The alumina content typically ranges from 50% to 60%. In addition to mullite, those with lower alumina content also contain small amounts of glass and…
As core equipment in industries like cement and metallurgy, rotary kilns must operate under complex conditions of high temperature, high pressure, mechanical stress, and chemical corrosion for extended periods of time. Refractory bricks, acting as their protective shield, directly determine…