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［GENERAL INFORMATION］
CMAX high alumina anchor bricks are classified according to alumina content ranging from 48% to 95%, manufactured from such mineral as bauxite, corundum, etc. by mixing, press-forming, drying, sintering and machining. CMAX high alumina bricks feature stable mechanical strength and thermal shock resistance, with high refractoriness of no lower than 1750℃.
［ADVANTAGES］
Low thermal conductivity
High refractoriness
Excellent acid and base slagging resistance
Excellent thermal shock resistance
Excellent mechanical strength
Non standard sizes and shapes are available upon request.
CMAX high alumina anchor bricks are classified according to alumina content ranging from 48% to 95%, manufactured from such mineral as bauxite, corundum, etc. by mixing, press-forming, drying, sintering and machining. CMAX high alumina bricks feature stable mechanical strength and thermal shock resistance, with high refractoriness of no lower than 1750℃.
［ADVANTAGES］
Low thermal conductivity
High refractoriness
Excellent acid and base slagging resistance
Excellent thermal shock resistance
Excellent mechanical strength
Non standard sizes and shapes are available upon request.
［APPLICATIONS］
Cement kiln
Ceramic furnace
Cement kiln
Ceramic furnace
［TECHNICAL DATA］
Physical Properties:
Density,g/cm3 ≥2.75
Classification Temperature,℃ 1790
Apparent Porosity,% ≤19
Crushing Strength, MPa ≥80
Hot Load Strength Deform(0.2MPa) 1600℃
Permanent Linear Change
After Heating at 1500℃ X 2 hrs: 0 ~ +0.3
Chemical analysis:
Al2O3, % ≥82
Fe2O3, % ≤1.5
Physical Properties:
Density,g/cm3 ≥2.75
Classification Temperature,℃ 1790
Apparent Porosity,% ≤19
Crushing Strength, MPa ≥80
Hot Load Strength Deform(0.2MPa) 1600℃
Permanent Linear Change
After Heating at 1500℃ X 2 hrs: 0 ~ +0.3
Chemical analysis:
Al2O3, % ≥82
Fe2O3, % ≤1.5
