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Silica corundum compound brick

Low thermal conductivity silica-corundum compound bricks rely on the advantages of novel multilayer composite structures and are widely used in large and medium-sized rotary kiln transition zones, decomposition zones and other parts.

Other name: Low thermal conductivity silica-corundum compound brick

Model Number: HCR SMC A

Certification: ISO 9001-14001

Minimum Order Quantity: 5 MT

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Silica-corundum compound brick

Description:

Low thermal conductivity silica-corundum compound bricks rely on the advantages of novel multilayer composite structures and are widely used in large and medium-sized rotary kiln transition zones, decomposition zones and other parts. Its excellent abrasion resistance, anti-stripping performance and thermal shock resistance effectively improve the operation cycle of the kiln. The multi-layer composite structure of the product can effectively reduce the temperature of rotary kiln body, and alleviate the problems of high temperature, large temperature difference, and no kiln skin protection in the transition zone of the rotary kiln. It is the first choice for large and medium-sized rotary kiln linings.

Advantage:

Excellent abrasion resistance, anti-stripping performance, thermal shock resistance, low thermal conductivity

Application:

Transition zone, decomposition zone of large and medium-sized rotary kiln


Silica-corundum compound brick physical and chemical

HCR SMC ARefractory LayerInsulation Layer
Al2O3 min%6550
SiC+SiO2 min%30-
Bulk Density g/cm³2.652.1-2.30
Apparent Porosity MAX %17-
Cold Crushing Strength Mpa 9050
Refractoriness Under Load of 0.2Mpa()16501500
Thermal Shock Stability (water/time) >1515
Thermal Conductivity (800 W/m.k)2.3-2.51.0-1.3





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