Refractory Bricks

High Alumina Brick Al2O3 75%

Premium high alumina brick with 75% Al2O3. Superior performance in steel and non-ferrous metal industries.

High Alumina Brick Al2O3 80%

High Alumina Brick Al2O3 80% delivers ultra-high thermal stability and refractoriness to 1700°C for rotary kiln burning zones, petrochemical steam reformers, and lime calcination kiln linings.

λ = 2.2 W/(m·K) at 1000°C

High Alumina Brick Al2O3 90%

High Alumina Brick Al2O3 90% near-corundum grade withstands 1750°C with exceptional slag resistance, targeting blast furnace taphole areas, coal gasifiers, and high-temperature incinerators.

λ = 2.8 W/(m·K) at 1000°C

High Chrome Magnesia Brick MgO 62% Cr2O3 16%

High chrome magnesia brick with MgO 62% and Cr2O3 16%, engineered for furnaces processing platinum group metals and precious alloys requiring maximum chemical inertness and resistance to reactive slags.

λ = 3.5 W/(m·K) at 600°C

High-Purity Magnesia Brick MgO 95%

High-Purity Magnesia Brick MgO 95% for premium steelmaking, glass tank furnaces, and RH degassers. Ultra-low porosity and exceptional slag resistance for the most demanding high-temperature applications.

λ = 5.2 W/(m·K) at 1000°C

Hot Blast Stove Silica Brick SiO2 95%

Hot Blast Stove Silica Brick SiO2 95% for dome and combustion chamber linings in steel plant hot blast stoves. Offers high load-bearing capacity and thermal fatigue resistance for extended campaign service life.

λ = 1.28 W/(m·K) at 600°C

Low-Carbon Magnesia Carbon Brick MgO 78% C 8%

Low-Carbon Magnesia Carbon Brick MgO 78% C 8% for ladle slag zone lining. Minimizes carbon pickup, enhances steel cleanliness, and resists slag corrosion for LF ladle and secondary metallurgy service.

λ = 5.5 W/(m·K) at 1000°C

Low-Creep Fireclay Brick Al2O3 43%

Low-creep fireclay brick, Al2O3 43%, max 1430°C. Minimal deformation under sustained load — ideal for kiln car decks, furnace arches, and rotary kiln riding rings in cement and lime plants.

λ = 1.15 W/(m·K) at 600°C

Magnesia Brick MgO 90%

Sintered magnesia brick with 90% MgO. High resistance to basic slag, widely used in steelmaking converters and electric arc furnaces.

Magnesia Carbon Brick

Magnesia carbon composite brick with excellent resistance to slag erosion and thermal shock. Standard material for EAF and BOF lining.

Microporous Carbon Brick

Advanced microporous carbon brick with ultra-low porosity for blast furnace hearth. Superior resistance to iron and slag penetration.

λ = 18 W/(m·K)

Mullite-Bonded Fireclay Brick Al2O3 45%

Mullite-bonded fireclay brick, Al2O3 45%, max 1450°C. Enhanced thermal shock resistance and structural integrity for ceramic shuttle kilns, steel heat treatment furnaces, and glass lehrs.

λ = 1.1 W/(m·K) at 600°C

Periclase Chrome Brick MgO 75% Cr2O3 8%

Periclase chrome brick with MgO 75% and Cr2O3 8%, combining high periclase content with chromite for excellent volume stability and alkali resistance. Optimized for cement rotary kiln transition zones and lime kiln burning zones.

λ = 3.0 W/(m·K) at 600°C

Phosphate-Bonded Fireclay Brick Al2O3 42%

Phosphate-bonded fireclay brick, Al2O3 42%, max 1420°C. Cold-setting repair and relining for coke ovens, rotary kiln patching, and emergency furnace maintenance in steel and cement plants.

λ = 1.1 W/(m·K) at 600°C

Rebonded Magnesia Chrome Brick

Rebonded fused magnesia chrome brick for severe service conditions. Superior slag resistance and thermal shock resistance vs standard chrome-magnesia.

Semi-Graphite Carbon Brick C 80%

Semi-graphite carbon brick C 80% with high thermal conductivity for blast furnace hearth cooling zones. Suited for steel blast furnaces, ferroalloy submerged arc furnaces, and electric arc furnace bottoms.

λ = 18 W/(m·K) at 600°C

SiC-Carbon Composite Brick SiC 35% C 55%

SiC-carbon composite brick SiC 35% C 55% for blast furnace bosh and belly. Excellent abrasion, slag, and alkali resistance for ironmaking linings, blast furnace lower stack, and non-ferrous smelting furnaces.

λ = 20 W/(m·K) at 600°C

Silica Brick SiO2 94%

Silica Brick SiO2 94% standard grade with high refractoriness and stable volume at service temperature. Widely used in coke oven walls, glass furnace regenerators, and industrial kiln linings.

λ = 1.25 W/(m·K) at 600°C

Silica Brick SiO2 96%

High purity silica brick with ≥96% SiO2. Excellent volume stability at high temperatures. Standard lining for coke ovens and glass furnaces.

Sintered Magnesia Brick MgO 85%

Sintered Magnesia Brick MgO 85% for cement rotary kiln burning zones. High alkali resistance and thermal stability; ideal for lime kilns, industrial glass furnaces, and non-ferrous smelting furnaces.

λ = 4.5 W/(m·K) at 1000°C

Super-Duty Fireclay Brick Al2O3 48%

Super-duty fireclay brick, Al2O3 48%, max 1480°C. High strength and refractoriness for blast furnace stack, coal gasifier linings, and heavy-duty petrochemical reformer furnaces.

λ = 1.2 W/(m·K) at 600°C

Thermal Grade Silica Brick SiO2 97%

Thermal Grade Silica Brick SiO2 97% for float glass tank checker brick with high RUL, volume stability, and alkali vapor resistance. Ideal for glass furnace superstructure and ceramic kiln car top decking.

λ = 1.35 W/(m·K) at 600°C

White Corundum Brick Al2O3 99%

Ultra-Pure White Corundum Brick Al2O3 99% delivers outstanding corrosion resistance and near-zero iron contamination for glass tank furnace regenerators, advanced ceramic sintering kilns, and highly corrosive chemical reactor linings.

λ = 5.0 W/(m·K) at 1000°C

Zirconia Corundum Brick (AZS)

Alumina-zirconia-silica (AZS) fused cast brick. The standard choice for glass furnace superstructure and sidewall.