Magnesia Iron Spinel Bricks

Magnesia iron spinel bricks are excellent "chrome-free" products for the burning zone of cement kilns. They possess an outstanding ability to form a kiln coating, along with good thermal shock stability, resistance to cement clinker erosion, and a low thermal expansion rate. They exhibit excellent performance in the burning zone of cement kilns and are primarily applied in this area.

View More

Magnesia Alumina Spinel Bricks

Magnesia alumina spinel bricks exhibit relatively uniform expansion and contraction during temperature fluctuations, along with good thermal shock resistance. Their refractoriness under load and strength are superior to those of magnesia bricks. The ability of magnesia alumina spinel bricks to resist alkaline slag and iron oxide slag is also stronger than that of magnesia bricks. They are widely used in refractory materials, steel smelting, cement rotary kilns, and glass industry kilns.

View More

Magnesia Calcium Bricks

Magnesia calcium bricks exhibit excellent high-temperature performance and high refractoriness under load. They provide a desulfurization effect during steel smelting, do not pollute molten steel, and facilitate the removal of inclusions from the molten steel, making them highly beneficial for the production of clean steel.

View More

Magnesia Chrome Bricks

Ordinary magnesia chrome bricks feature high refractoriness, strong resistance to alkaline slag corrosion, good thermal stability, a certain degree of adaptability to acidic slag, and anti-spalling properties.

View More

Magnesia Bricks

Magnesia bricks are basic refractory materials with strong resistance to alkaline slag. They feature high refractoriness and high refractoriness under load, and are primarily used in steel metallurgical furnaces, glass melting furnace regenerators, etc.

View More

Corundum Bricks

Corundum bricks feature high refractoriness under load and excellent chemical stability. They have strong resistance to acidic or alkaline slags, liquid metals, and molten glass, along with a dense structure.

View More