Monolithic Refractories

Air-Setting Plastic Refractory Al2O3 60%

Air-Setting Plastic Refractory Al2O3 60% for furnace door frame sealing, working lining patching, and crown repair in reheating furnaces, glass tank furnaces, and industrial kilns. Bonds at ambient temperature without firing.

λ = 1.05 W/(m·K) at 600°C

Alumina-SiC-Carbon Ramming Mix Al2O3 60% SiC 20%

Al2O3-SiC-C ramming mix Al2O3 60% SiC 20% C 10% for blast furnace taphole, iron runner, and trough lining. Exceptional hot metal erosion resistance, oxidation resistance, and thermal shock stability in ironmaking service.

λ = 5.5 W/(m·K) at 1000°C

Cold Patching Gunning Mix Al2O3 65%

Al2O3 65% cold patching gunning mix for planned furnace lining maintenance during scheduled shutdowns. High cold crushing strength and low shrinkage restore worn linings in rotary kilns, EAF, and steel ladles.

Corundum Dense Castable Al2O3 95%

Corundum dense castable Al2O3 95% for gasifiers, coal injection lances, and highest-demand industrial applications. Extreme refractoriness, maximum density, and superior resistance to molten slag and reducing atmospheres.

λ = 3.0 W/(m·K) at 1000°C

Corundum Gunning Mix Al2O3 88%

Corundum gunning mix with Al2O3 88% for petrochemical reformers and ethylene cracking furnaces. Ultra-low rebound loss, high refractoriness to 1750°C, and chemical inertness satisfy the most demanding process requirements.

Corundum Plastic Refractory Al2O3 85%

Corundum Plastic Refractory Al2O3 85% — premium high-purity ramming mix for glass furnace crown patching, float glass regenerator repair, and petrochemical reformer radiant tube supports. Maximum corrosion and creep resistance.

λ = 1.80 W/(m·K) at 600°C

Corundum Ramming Mix Al2O3 90%

Corundum ramming mix Al2O3 90% for high-performance induction furnace, non-ferrous metal melting, and precision casting. Refractoriness to 1800°C, low apparent porosity, and excellent resistance to metallic melt erosion and penetration.

λ = 3.2 W/(m·K) at 1000°C

Corundum Self-Flowing Castable Al2O3 92%

Corundum Self-Flowing Castable Al2O3 92% provides ultra-high strength and superior erosion resistance for EAF tap holes, torpedo ladle linings, and glass furnace regenerator crowns at extreme temperatures.

Dense Castable Al2O3 60% Standard Grade

Dense Castable Al2O3 60% standard grade refractory for industrial furnace working linings. High refractoriness, good mechanical strength, and reliable slag resistance for steel mills, cement plants, and power boilers.

λ = 1.3 W/(m·K) at 1000°C

Dense Castable Al2O3 70%

High alumina dense castable with 70% Al2O3. Excellent strength, density, and erosion resistance for industrial furnace linings.

Fireclay Gunning Mix Al2O3 40%

Fireclay gunning mix with Al2O3 40% for blast furnace shaft repair, hot blast stoves, and coke oven lining maintenance. Low rebound loss and excellent adhesion to worn lining ensure cost-effective repairs.

Fireclay Plastic Refractory Al2O3 35%

Fireclay Plastic Refractory Al2O3 35% for furnace patching and shaping in cement rotary kilns, coke ovens, and industrial heating furnaces. Good workability, low shrinkage, cost-effective monolithic repair solution.

λ = 0.85 W/(m·K) at 600°C

Fireclay Refractory Mortar

General purpose fireclay mortar for laying fireclay and semi-silica bricks in industrial furnaces and boilers.

High Alumina Gunning Mix

High alumina gunning mix for hot repair of steel ladles, tundishes, and EAF linings. Excellent adhesion and fast turnaround.

High Alumina Plastic Refractory

Pre-mixed high alumina plastic refractory for ramming and patching. Ready to use, excellent workability for complex shapes.

High Alumina Refractory Mortar

High alumina refractory mortar for laying and jointing refractory bricks. Excellent bond strength and thermal compatibility with high alumina bricks.

High Alumina Self-Flowing Castable Al2O3 85%

High Alumina Self-Flowing Castable Al2O3 85% delivers superior refractoriness and slag erosion resistance for EAF working linings, converter tap holes, and steel ladle slag zones above 1650°C.

Hollow-Sphere Alumina Lightweight Castable (Max 1400°C)

Hollow-sphere alumina lightweight castable, 1.4 g/cm³ density, max 1400°C service. High-temperature backup insulation for blast furnace hot blast stoves, shuttle kilns, and ceramic tunnel kilns.

λ = 0.55 W/(m·K) at 1000°C

Intermediate-Temp Lightweight Castable LC-1.2 (Max 1200°C)

Intermediate-temperature lightweight castable, 1.2 g/cm³ bulk density, max 1200°C. Ideal backup lining for glass furnace regenerators, rotary kilns, and power station boilers requiring energy savings.

λ = 0.40 W/(m·K) at 800°C

Lightweight Insulating Castable 1000°C

Lightweight insulating castable for backup insulation layers. Low thermal conductivity, reducing heat loss significantly.

λ = 0.35 W/(m·K) at 600°C

Lightweight Insulating Castable LC-0.6 (Max 800°C)

Lightweight insulating castable, 0.6 g/cm³ bulk density, max 800°C. Economical backup insulation for boiler furnace walls, ceramic tunnel kilns, and hot blast stoves in steel and ceramics industries.

λ = 0.18 W/(m·K) at 350°C

Low Cement Dense Castable Al2O3 75% (CaO<1%)

Low cement dense castable Al2O3 75% with CaO<1% for high-strength steel and glass furnace linings. Reduced calcium oxide yields higher density, greater mechanical strength, and improved slag resistance versus conventional castables.

λ = 1.8 W/(m·K) at 1000°C

Magnesia Gunning Mix

Magnesia-based gunning mix for BOF converter and EAF maintenance. Excellent resistance to basic slag.

Magnesia Ramming Mix

Dry magnesia ramming mix for induction furnace lining. Excellent resistance to molten steel and slag.