Brief: Experience a brief tour of features designed to deliver dependable outcomes. In this video, you'll see how Black Silicon Carbide Powder is expertly manufactured for bonded abrasive tools, lapping, and polishing processes. We'll demonstrate its application in grinding non-ferrous materials and finishing tough, hard materials, providing valuable insights into its technical specifications and particle size distribution for industrial use.
Related Product Features:
Specifically manufactured for general abrasive applications in bonded abrasive tools, lapping, and polishing processes.
Ideal for grinding non-ferrous materials and finishing tough, hard materials where processing cost is important.
Available in multiple grades including AG for abrasive applications and MG for metallurgical uses.
Features a monocrystalline structure with blocky, sharp-edged particles in black color.
Offers semi-friable properties with a Knoop hardness of 2480 on the 100 scale.
Comes in various grit sizes from F12 to F1200 according to FEPA standard grading.
Has a specific gravity of 3.20 and bulk density per ANSI B74.12-1988 standards.
Contains high silicon carbide content with controlled levels of iron, carbon, and magnetic admixtures.
FAQs:
What are the primary applications for Black Silicon Carbide Powder?
Black Silicon Carbide Powder is specifically manufactured for general abrasive applications in bonded abrasive tools, lapping, and polishing processes. It's widely used for grinding non-ferrous materials and finishing tough, hard materials, particularly when processing cost efficiency is important.
What are the available grit sizes and grading standards?
The powder is available in grit sizes ranging from F12 to F1200 according to FEPA standard grading. Each grit size has specific particle size distribution parameters, and JIS and P Standard graded powder is also available upon request to meet various industrial requirements.
What are the key physical properties of Black Silicon Carbide Powder?
The powder features a monocrystalline structure with blocky, sharp-edged black particles. It has semi-friable properties with a Knoop hardness of 2480, specific gravity of 3.20, and bulk density conforming to ANSI B74.12-1988 standards, making it suitable for demanding abrasive applications.
How does the chemical composition vary between abrasive and metallurgical grades?
Abrasive grade (AG) contains minimum 95-98% SiC with controlled iron, carbon, and magnetic admixtures. Metallurgical grade (MG) contains 88-92% SiC with 3-6% free carbon, 30-33% total carbon, 0.1-0.2% sulfur, and 1-3% moisture, tailored for different industrial applications.