Comprehensive Guide to Our Refractory Materials and Industrial Minerals
Our extensive range of refractory materials and industrial minerals serves diverse industries worldwide. From steel production to ceramics manufacturing, our products deliver exceptional performance in the most demanding high-temperature applications.
Used in refractory castables, precision investment casting molds, and induction furnace linings.
It provides excellent thermal shock resistance and low thermal expansion for high-temperature applications.
Applied in high-performance refractories, ceramic bodies, spark plugs, and polishing materials.
Ensures high purity, hardness, and consistent sintering behavior.
Used in advanced refractory linings, slide gates, nozzles, and kiln furniture.
Offers exceptional thermal shock resistance, high density, and corrosion resistance.
Used as a binder in refractory castables and gunning materials.
Provides fast setting, high strength, and excellent resistance to slags and abrasion.
Applied in high-temperature castables for steel, cement, and non-ferrous industries.
Ensures superior refractoriness and thermal stability under extreme conditions.
Used in refractory bricks, monolithic castables, and anti-skid road surfacing.
Known for its high alumina content and mechanical strength.
Used in ceramic glazes, refractory mortars, electrical insulators, and as filler for paper and rubber.
Provides good plasticity and whiteness.
Applied in kiln furniture, insulating bricks, and high-temperature linings.
Features low thermal expansion and high creep resistance.
Used in sliding nozzles, ladle linings, and high-performance refractories.
Offers high corrosion resistance and stability up to 2000°C.
Used in refractory castables, steel deoxidation, and as raw material for silicon carbide production.
Improves mechanical strength and oxidation resistance.
Applied in Heavy-duty coated abrasives，Grinding wheels for steel，Blasting media for surface cleaning and preparation，Polishing of metals, ceramics, and hard alloys.
Combines high toughness of zirconia with hardness of alumina.
Used in basic refractories, especially for cement and steel furnaces.
Exhibits excellent thermal shock and corrosion resistance to slag and alkali attack.
Used in ceramics, coatings, and friction materials.
Improves mechanical strength, dimensional stability, and reduces cracking.
Applied in refractory castables, grinding wheels, and blasting abrasives.
Known for high purity, hardness, and corrosion resistance.
Used in lightweight insulating refractories and high-temperature furnaces.
Provides low bulk density and excellent insulating performance.
Used as a lithium source in ceramics, glass, and metallurgical applications.
Improves thermal expansion control and melting properties.
Used in fireclay bricks, kiln furniture, and refractory mortars.
Offers good refractoriness, strength, and resistance to thermal shock.
Applied in crucibles, ladles, and carbon-based refractories.
Provides high thermal conductivity and excellent resistance to oxidation and corrosion.
Used in kiln furniture, heating elements, and refractory linings.
Offers superior thermal conductivity, wear resistance, and chemical stability.
Our expert team is ready to help you select the right materials for your specific application requirements.
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