Non-Metallic Products
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Sintered titanium powder filter discs offer depth filtration and high mechanical strength. These discs provide good integrity and rigidity for reliable performance.

This porous titanium filter sheet is designed for depth filtration. It offers high mechanical strength, good integrity, and rigidity.

White fused alumina abrasive grains are available in 3-5mm size. They are ideal for refractory applications due to their excellent thermal stability and chemical resistance.

White fused alumina section sand is used as a refractory media. Its sharp, angular grains provide aggressive cutting action and excellent surface finish.
These high-purity black silicon carbide grains are manufactured for industrial applications requiring consistent performance. Their exceptional hardness and sharp cutting edges make them ideal for grinding, lapping, polishing, and abrasive blasting.
Green silicon carbide is a mineral widely utilized as an abrasive and in grinding tools due to its hardness. It is suitable for machining hard materials such as ceramics, glass, and non-ferrous metals.

High-purity aluminum oxide grains are designed for refractory applications. The Grade A quality ensures consistent performance in high-temperature environments, providing excellent thermal stability and resistance to chemical attack.
Green silicon carbide is produced using petroleum coke and quality silica as the main raw materials, with salt added as an additive in a resistor furnace. It has a hardness between corundum and diamond, and a mechanical strength higher than corundum.

These high-temperature refractory materials are designed for demanding industrial applications. They demonstrate excellent resistance to thermal shock, chemical attack, and mechanical stress at elevated temperatures.

Ceramic inclusion stains address high-temperature resistance challenges, particularly for cadmium red. These stains demonstrate stability in glazes that contain lead, calcium, or boron.

High-purity carbon rods are designed for electronics and industrial uses. The rods provide reliable performance because they are manufactured to precise dimensions and exhibit excellent electrical conductivity and thermal stability.