Application of Green Silicon Carbide Powder

What are the uses and characteristics of green silicon carbide micropowder? Green silicon carbide micropowder is a kind of powder with fine particle size, which has the advantages of concentrated particle size and no large particles. So do you know the uses and characteristics of green silicon carbide micropowder? Today, I will introduce the uses and characteristics of green silicon carbide micropowder.

Application of green silicon carbide powder:

• Green silicon carbide powder is used to manufacture advanced refractory materials and is suitable for the first layer of lining material in high melting point alloy precision casting shells.
• Green silicon carbide can be used for bonded and coated abrasives, free grinding and polishing, etc. It is suitable for making grinding wheels, oilstones, sandpaper, emery cloth, construction grinding heads, etc.
• Green silicon carbide can also cut, grind and polish brittle non-metallic materials such as optical glass, ceramics, crystals, electronics, crystals, silicon, germanium, stone, agate and high-end jewelry and jade, as well as high-end decorative materials and components.
• Green silicon carbide is suitable for machining and grinding cylinder liners, valves, oil cast iron, cemented carbide, titanium alloy and fine grinding of high-speed steel tools, etc.

Characteristics of green silicon carbide powder:

• Green silicon carbide micro powder has stable quality, good chip formation, high surface cleanliness, no large particles, low fine particle content, concentrated particle size distribution, and high grinding efficiency.
• Green silicon carbide powder has good compatibility with cutting fluids such as polyethylene glycol. The surface has been specially treated to have a large specific surface area and a clean appearance.
• High-purity, large-crystal silicon carbide raw materials with concentrated and uniform particle size distribution ensure the excellent cutting performance and stable physical state of silicon carbide cutting micropowder.
• The higher thermal shock stability and load softening temperature ensure a small linear expansion coefficient during load cutting, thereby ensuring cutting stability and having a higher adaptability to the cutting machine.