Special Bauxite Chamotte High Aluminum Refractory Brick Resistance Thermal Conductivity Description: Anti-stripping alumina brick was produced with special bauxite chamotte, adding aragonite or ZrO2 and ... Lesen Sie weiter
230x114x65mm Al2O3 ≥70 High Alumina Refractory Bricks Special Aluminum Brick Description: Anti-stripping alumina brick was produced with special bauxite chamotte, adding aragonite or ZrO2 and pressing under ... Lesen Sie weiter
Product Description Introduction to high alumina refractory bricks High alumina brick is a neutral refractory material with an alumina content of more than 48%. It is formed and calcined from bauxite or other ... Lesen Sie weiter
Wear-resistant phosphate brick special unburned phosphate bonded high alumina refractory brick for cement kiln Product Description Phosphate bonded high alumina bricks are made from high alumina bauxite ... Lesen Sie weiter
Wholesale High Performance Magnesite Refractory Bricks Magnesia Zirconia Firebrick For Industrial Kilns Magnesia zirconia bricks Product Introduction: Magnesia zirconia bricks are made of high-purity fused ... Lesen Sie weiter
Wear Resistance High Alumina Brick / Heat Resistant Bricks For Hot Blast Furnace Features: High Alumina Bricks are produced with selected bauxite as main raw material, fired at 1450-1470 °C by advanced process ... Lesen Sie weiter
Direct bond/semi-rebonded/rebonded magnesia chrome refractory bricks for high temperature melting furnace Product Description Magnesia Chrome Brick Information Magnesite chrome brick to magnesium oxide (MgO) ... Lesen Sie weiter
High Density Shaped High Alumina Refractory Brick , Insulated Refractory Fire Bricks Description: high alumina brick Feature: 1. Low Creep High Alumina Brick 2. Good resistance to erosion 3. High refractoriness ... Lesen Sie weiter
Product descriptions from the supplier Overview Product Description High alumina brick is a kind of neutral refractory with alumina content above 48%. It is formed by shaping and calcining bauxite or other raw ... Lesen Sie weiter