CFS Series
Mag-Hercynite Bricks (CEMAMAG CFS)
Mag-Hercynite Bricks are high-fired refractory materials composed of high-purity magnesia and ferric-alumina spinel. As a widely used solution in cement rotary kilns, this product demonstrates excellent adaptability across both the burning zone and the upper transition zone, especially performing well around the kiln tire area. Designed for demanding thermal and mechanical conditions, Mag-Hercynite Bricks offer strong coating adherence, good thermal shock resistance, and reliable fatigue resistance under repeated high-temperature loads. In particular, their exceptional high-temperature mechanical flexibility and abrasion resistance make them well-suited for zones prone to rapid temperature fluctuations and continuous mechanical stress.
Cement
CFS Series
Mag-Hercynite Bricks (CEMAMAG CFS)
Mag-Hercynite Bricks are high-fired refractory materials composed of high-purity magnesia and ferric-alumina spinel. As a widely used solution in cement rotary kilns, this product demonstrates excellent adaptability across both the burning zone and the upper transition zone, especially performing well around the kiln tire area. Designed for demanding thermal and mechanical conditions, Mag-Hercynite Bricks offer strong coating adherence, good thermal shock resistance, and reliable fatigue resistance under repeated high-temperature loads. In particular, their exceptional high-temperature mechanical flexibility and abrasion resistance make them well-suited for zones prone to rapid temperature fluctuations and continuous mechanical stress.
Steel
CFS Series
Mag-Hercynite Bricks (CEMAMAG CFS)
Mag-Hercynite Bricks are high-fired refractory materials composed of high-purity magnesia and ferric-alumina spinel. As a widely used solution in cement rotary kilns, this product demonstrates excellent adaptability across both the burning zone and the upper transition zone, especially performing well around the kiln tire area. Designed for demanding thermal and mechanical conditions, Mag-Hercynite Bricks offer strong coating adherence, good thermal shock resistance, and reliable fatigue resistance under repeated high-temperature loads. In particular, their exceptional high-temperature mechanical flexibility and abrasion resistance make them well-suited for zones prone to rapid temperature fluctuations and continuous mechanical stress.
Cement