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Refractory
Material Supply

97%

SiC (min)

Premium black silicon carbide for refractory and industrial use.
Black silicon carbide for high-performance abrasives and grinding.
Black silicon carbide with high hardness for cutting and polishing.
Black silicon carbide for steel manufacturing and abrasive blasting.

BLACK SILICON CARBIDE

With a silicon carbide (SiC) purity above 97%, Black Silicon Carbide is an excellent choice for high-temperature, high-performance applications. Known for its superior thermal conductivity and exceptional thermal shock resistance, it provides reliability under extreme conditions, making it suitable for refractory applications, abrasive tools, and advanced ceramics.

BLACK SILICON CARBIDE

1.2%

Fe₂O₃ (max)

97%

AI₂O₃ (min)

0.5

Free Carbon (max)

FLAKE GRAPHITE

Flake graphite for high-performance lubricants and coatings.
Premium flake graphite for refractory and industrial applications.
Flake graphite with high purity for battery and electrical industries.
Flake graphite for high-temperature and corrosion-resistant applications.

Flake Graphite offers high thermal resistance and strong anti-corrosive properties, with a carbon content of up to 99%. Its stable performance at high temperatures makes it suitable for foundry, refractories, and battery industries, where purity and stability are critical. Flake Graphite’s structural stability and high conductivity also make it ideal for advanced applications.

FLAKE GRAPHITE

0.7% - 3.0%

Volatile

0.3% - 1.7%

Fe₂O₃ (max)

0.3% - 1.0%

Moisture

46%

AI₂O₃ (min)

Flake graphite for heat-resistant and conductive materials.
High-quality flake graphite for steel and casting industries.
Flake graphite for advanced industrial applications and lubricants.
Premium flake graphite for manufacturing electrodes and heat exchangers.
High-purity flake graphite for energy storage and conductive materials.

80-99%

Carbon

WHITE FUSED ALUMINA

Premium white fused alumina for refractory and abrasive industries.
High-purity white fused alumina for industrial use.
White fused alumina with low impurities for abrasive products.
White fused alumina for precision grinding and polishing applications.

Featuring a minimum Al₂O₃ content of 99%, White Fused Alumina is an ultra-pure abrasive with exceptional hardness and cutting force. It boasts excellent chemical stability, which enhances efficiency and durability in demanding applications, including grinding, polishing, and high-tech ceramics. Its high purity and resilience make it suitable for precision industries requiring consistent quality.

WHITE FUSED ALUMINA

0.1%

Fe₂O₃ (max)

3.55

Bulk Density (g/cm³)

0.3%

Na₂O (max)

0.2%

SiO₂ (max)

99%

AI₂O₃ (min)

White fused alumina for precision blasting and polishing applications.
White fused alumina for high-temperature refractory materials.
White fused alumina for advanced industrial abrasives and coatings.
White fused alumina for advanced refractory and abrasive materials.

99%

AI₂O₃ (min)

White fused alumina for high-performance abrasives.

DEAD BURNED MAGNESIA

Dead burned magnesia for advanced refractory and high-temperature applications.
Dead burned magnesia for high-temperature refractory applications.
High-quality dead burned magnesia for steel and cement industries.

Containing high-purity MgO, Dead Burned Magnesia is renowned for its heat resistance, stability, and insulating properties. It’s a primary material for producing top-quality refractory products, especially in high-temperature environments such as steel furnaces, cement kilns, and glass production facilities, where reliable performance is essential.

DEAD BURNED MAGNESIA

1%

Fe₂O₃ (max)

3.45

Bulk Density (g/cm³)

1.2%

CaO (max)

0.8%

SiO₂ (max)

46%

AI₂O₃ (min)

Premium dead burned magnesia for refractory linings and kilns.
Dead burned magnesia with high purity for industrial use.
High-quality dead burned magnesia for steel and cement industries.
Dead burned magnesia for high-temperature refractory applications.

85%

AI₂O₃ (min)

71%

AI₂O₃ (min)

Mullite for high-temperature refractory applications.
High-quality mullite for ceramic and refractory products.
Mullite with excellent thermal stability for industrial use.
Premium mullite for fire-resistant materials and kilns.
Mullite for high-performance refractory applications.

MULLITE

Mullite is characterized by its high strength, hardness, and exceptional resistance to chemical corrosion. With outstanding temperature resistance and low thermal conductivity, this mineral ensures thermal stability in refractory applications, protecting structures against extreme heat and reducing thermal loss. Mullite is ideal for high-temperature industries, including glass, ceramics, and metallurgy.

MULLITE

1.5%

Fe₂O₃ (max)

76%

AI₂O₃ (min)

2.75

Bulk Density (g/cm³)(min)

Flint clay for refractory and ceramic applications.

46%

AI₂O₃ (min)

FLINT CLAY

High-quality flint clay for kiln linings.
Flint clay with low impurities for high-temperature use.
Premium flint clay for refractory products and steel industry.
Flint clay for industrial applications and fire-resistant materials.

1.5%

Fe₂O₃ (max)

46%

AI₂O₃ (min)

2.55

Bulk Density (g/cm³)(min)

Known for its high refractory temperature and exceptional performance, our Flint Clay features high volume density and low impurity content. These stable physical and chemical properties ensure outstanding resilience in high-temperature settings, making it an excellent choice for fireclay bricks, refractory castables, and related applications where high structural integrity is crucial.

FLINT CLAY

95%

AI₂O₃ (min)

Brown fused alumina for abrasive applications.
High-quality brown fused alumina for refractory use.
Brown fused alumina with high hardness for industrial use.
Premium brown fused alumina for abrasive blasting.
Brown fused alumina with low impurities for refractory products.

BROWN FUSED ALUMINA

This high-purity aluminum oxide (Al₂O₃) material is known for its impressive thermal stability, oxidation resistance, and anti-corrosive properties. Its strong fluidity and low coefficient of linear expansion make it reliable under extreme heat, providing consistent performance. Ideal for abrasive tools, refractories, and ceramics, Brown Fused Alumina combines durability and efficiency in challenging environments.

BROWN FUSED ALUMINA

0.5%

Fe₂O₃ (max)

95%

AI₂O₃ (min)

3.85

Bulk Density (g/cm³)(min)

Rotary Kiln Bauxite for refractory applications.

85%

AI₂O₃ (min)

ROTARY KLIN BAUXITE

High-quality rotary kiln bauxite for industrial use.
Rotary kiln bauxite for steel and cement industries.
Premium rotary kiln bauxite for high-temperature applications.
Rotary kiln bauxite with low impurities for refractory products.

2%

Fe₂O₃ (max)

85%

AI₂O₃ (min)

3.10

Bulk Density (g/cm³)(min)

Composed of a minimum of 85% Al₂O₃ (alumina), our Rotary Kiln Bauxite offers excellent durability and high refractoriness, making it ideal for high-temperature applications. Its robust composition reduces the need for frequent refractory replacements, thereby enhancing production efficiency and contributing to sustainable operations by minimizing waste. Suitable for use in steel, cement, and other industries, this bauxite variant is a top choice for eco-conscious industrial applications.

ROTARY KLIN BAUXITE

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