As a trusted manufacturer and supplier of high-performance silicon carbide materials, we offer this Green Silicon Carbide F36 Grit with consistent particle size distribution, excellent hardness, and thermal resistance. It is ideal for industrial applications such as abrasive blasting, polishing, and refractory manufacturing. All grades are processed under ISO 9001:2015 certified systems to ensure quality and reliability in demanding use cases.
Green silicon carbide F36 grit optimized for ceramic shaping, industrial surface finishing, and abrasive grinding. Consistent particle size and high purity for reliable B2B use.
F36 Standard
Fine Grit
The crystalline structure of our black silicon carbide maintains sharp cutting edges throughout multiple recycling cycles, making it an economically sustainable choice for high-volume metal fabrication operations.
Green Silicon Carbide F36 Grit is a premium abrasive material renowned for its exceptional hardness and versatility in B2B manufacturing and processing industries. Derived from high-purity silicon carbide crystals, this grit size—typically ranging from 425 to 500 microns—offers precise control for grinding, polishing, and finishing tasks. As a staple in foreign trade, it supports global supply chains by delivering consistent quality for demanding applications.
Green Silicon Carbide F36 Grit stands out due to its advanced features that enhance performance in abrasive operations. It boasts a Mohs hardness of 9.5, making it one of the toughest materials available for industrial use. The grit’s angular shape ensures aggressive cutting action, while its uniform particle distribution minimizes surface defects.
Another notable feature is its high thermal conductivity, which allows for efficient heat dissipation during prolonged grinding sessions. This reduces the risk of workpiece overheating and extends tool life. Additionally, the material’s chemical inertness resists corrosion, making it ideal for environments involving acids or alkalis.
The specifications of Green Silicon Carbide F36 Grit are designed to meet stringent international standards, such as FEPA or ANSI. This grit size falls under the F-series, indicating a medium-coarse particle for balanced abrasion. Its bulk density typically ranges from 1.2 to 1.5 g/cm³, with a melting point above 2,200°C, ensuring stability under extreme conditions.
Key measurements include an average particle size of 425-500 microns, which provides optimal surface coverage without excessive material removal. The grit’s color is a distinctive green, resulting from impurities like iron, and it has a hexagonal crystal structure for superior strength.
These specifications make Green Silicon Carbide F36 Grit compliant with ISO 9001 quality management systems, ensuring reliability for exporters and importers in the foreign trade sector.
One of the primary benefits of Green Silicon Carbide F36 Grit is its ability to deliver a superior surface finish on hard materials like ceramics and metals. This results in reduced processing time and lower operational costs for B2B manufacturers. Its high cutting speed also minimizes energy consumption, promoting eco-friendly practices.
Furthermore, the grit’s durability translates to longer abrasive tool life, decreasing the frequency of replacements and maintenance. In precision industries, it offers consistent results, which is crucial for maintaining product quality and meeting client specifications.
Overall, these benefits position Green Silicon Carbide F36 Grit as a smart investment for companies focused on efficiency and sustainability in global trade.
Green Silicon Carbide F36 Grit finds extensive use in the electronics industry for polishing silicon wafers and semiconductors, where precision is paramount. Its fine control over surface roughness ensures high-yield production of microchips and optical components.
In the automotive sector, it’s employed for grinding engine parts and brake discs, providing the necessary durability to handle tough metals like cast iron. The grit’s thermal properties make it suitable for aerospace applications, such as finishing turbine blades to withstand extreme temperatures.
These applications highlight the grit’s adaptability, making it a go-to choice for B2B suppliers catering to diverse sectors in foreign trade markets.
Compared to alternatives like aluminum oxide or black silicon carbide, Green Silicon Carbide F36 Grit offers superior hardness and sharper edges, leading to more efficient material removal. This makes it particularly advantageous for processing hard substances, where softer abrasives wear out quickly.
Another key advantage is its lower thermal expansion rate, which prevents cracking in delicate workpieces during high-speed operations. Unlike synthetic diamonds, which are cost-prohibitive for everyday use, this grit provides a cost-effective solution without compromising performance.
In summary, these advantages help businesses gain a competitive edge by improving process efficiency and product quality in global markets.
The grain size for F36 Grit is standardized between 425 and 500 microns, allowing for medium-coarse abrasion that balances speed and finish quality in industrial applications.
It is produced through a high-temperature process involving the reaction of silica sand and petroleum coke in an electric furnace, resulting in pure silicon carbide crystals that are then crushed and graded.
Yes, it performs exceptionally well in wet grinding environments, as its chemical stability prevents breakdown, and the water helps in cooling and flushing away debris for cleaner operations.
Green Silicon Carbide F36 Grit has higher purity and is harder than black silicon carbide, making it better for precision tasks, while black variants are often used for general-purpose grinding on softer materials.
While it’s primarily an abrasive, its inert nature makes it suitable for finishing surfaces in food-grade equipment, provided it meets specific regulatory standards like FDA guidelines.
Store it in a dry, cool environment away from moisture to prevent clumping, and use airtight containers to maintain its sharpness and extend shelf life for B2B inventory management.
Always wear protective gear like masks and gloves to avoid dust inhalation, and ensure proper ventilation in work areas to mitigate health risks associated with fine particles.
Yes, unused or spent grit can often be recycled through reprocessing, supporting sustainable practices in manufacturing and reducing waste in supply chains.
It is generally more affordable than diamond abrasives but slightly higher than aluminum oxide, offering a strong value proposition for high-performance needs in B2B trade.
Key industries include electronics, automotive, and aerospace, where its precision and durability are essential for producing high-quality components in global markets.
In conclusion, Green Silicon Carbide F36 Grit represents a top-tier abrasive solution that combines exceptional features, precise specifications, and tangible benefits to drive efficiency in B2B operations. Its wide-ranging applications and clear advantages over alternatives make it indispensable for industries seeking reliable performance. By choosing this grit, businesses can enhance productivity, ensure superior results, and maintain a competitive edge in the global foreign trade landscape, ultimately fostering long-term success and innovation.
Get competitive pricing on premium Black Silicon Carbide F220 and discover how our consistent quality can improve your production efficiency. Our technical team is ready to discuss your specific application requirements.
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