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Silicon carbide SiC fine powder for wear-resistant filler in PTFE-modified coatings

Silicon carbide fine powder (black/green SiC fine powder, such as 10 micron, 7micron, 5 micron ultrafine powder) can be used as a PTFE-modified wear-resistant filler. It is one of the mainstream hard ceramic fillers for industrial wear-resistant self-lubricating coatings, suitable for water-based/solvent-based PTFE composite coatings and organosilicon-PTFE high-temperature wear-resistant coatings.

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Green SiC  powder GC1200# for polishing optical fiber preforms

Optical fiber preforms are optical fiber communication materials made of high-purity quartz glass. Due to its unique physicochemical properties, Green SiC  powder GC1200# offers significant advantages in the polishing process of optical fiber preforms. The following is a detailed analysis of its core advantages:

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Green silicon carbide powder 2.5um(6000mesh) for petroleum adsorption foamed ceramics

Green silicon carbide powder possesses exceptionally excellent chemical corrosion resistance and high-temperature chemical inertness. Thus it can effectively improve the durability of filter materials in the petrochemical industry. Green silicon carbide powder 6000mesh (about 2.5μm) is a high-purity, high-fineness ultrafine silicon carbide powder. It obtains benefit for the molding and production of filter ceramic membranes and foamed ceramics.

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Black SiC F600 powder for water-based anti-corrosion industrial paints

Black silicon carbide F500 powder is made from fine processing, achieving a purity of up to 98.5%. Its high purity and good flowability make it an excellent ceramic filler in water-based anti-corrosion industrial paints, enhancing the paint’s performance in terms of corrosion resistance, abrasion resistance, and weather resistance.

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Water washed black silicon carbide F100 for semiconductor silicon carbide resistance resistor

Water Wash black silicon carbide F100 is a fine silicon carbide sand produced through high-temperature smelting, crushing, acid and alkali washing, and graded purification. It meets the core requirements of semiconductor silicon carbide resistor valves (varistors/magnetizing resistors), possessing five core advantages: high purity and low impurities, controllable electrical properties, strong thermal stability, dense structure, and weather resistance and durability.

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