Low Creep High Temp Fire Brick , Ceramic Fire Brick For Hot Blast Stove Feature For High Alumina Refractory Brick : 1. Low bulk density, low thermal conductivity, good thermal insulation performance,good ... Lesen Sie weiter
Red Silica Refractory Bricks Silica - Mullite Bricks For Cement Kilns In Transition Zone Description: Silica-mullite bricks are made with raw material high grade bauxite and SiC and special sintering process. ... Lesen Sie weiter
High Temp Ceramic Fiber Blanket Insulation , Refractory Thermal Insulating Blanket Quick Detail: ♦ Needled blanket ♦ Non-combustible ♦ Low density and low thermal conductivity ♦ Shorter heat up and cool down ... Lesen Sie weiter
Fused rebond magnesia chrome brick high temp fire sintered chromium-magnesite bricks for refining furnace Product Description Magnesia Chrome Brick Information Magnesite chrome brick to magnesium oxide (MgO) ... Lesen Sie weiter
SK -36 Insulating High Temp Fire Brick High Alumina A2o3 55% With 9'X4.5'X2.5' Specification: Item/Grade Fire clay brick High alumina brick SK-30 SK-32 SK-34 SK-35 SK-36 SK-37 SK-38 SK-40 AL2O3% (≥) 30 35 38 45 ... Lesen Sie weiter
Coke Oven Silica Fire Brick, Insulating High Temp Fire Brick Customized Size Why Choose us? Provide satisfactory service to you. Quality is our culture. With us you money is safe, business is safe. We ... Lesen Sie weiter
High Temp Cha Motte Insulating Fire Brick Fireclay Brick Refractory Al2O3 40% Description: Fire clay insulation brick is made of local top grade fireclay materials under the high temperature according to the ... Lesen Sie weiter
High Temp Dry Pressed Bauxite High Alumina Refractory Bricks For Steel Furnace Description: high alumina brick Feature: 1. bricks are made from high quality bauxite 2. dry pressed 3. burned under tunnel kiln 4. ... Lesen Sie weiter
High Temp Mullite Insulating Fire Brick Thermal Conductivity For Hot Blast Stove Description: mullite insulation bricks are made from good quality and superpure raw materials, with strictly classified fillings ... Lesen Sie weiter