Abrasive cutting is used for cutting or processing metal, stone, glass, ceramics, composites and other hard materials. In cutting applications, abrasive media directly affects cutting speed, edge quality, surface accuracy and overall processing cost.
Different cutting processes require different abrasive properties. For example, waterjet cutting requires stable particle size, sharp edges and good flow performance, while grinding and abrasive tool applications may require high hardness and strong cutting ability.
Common Cutting Applications
Abrasives can be used for waterjet cutting, stone cutting, tile cutting, metal cutting, glass processing, ceramic processing and composite material cutting.
For customers who need clean cutting edges, stable cutting speed and controlled abrasive consumption, choosing the right abrasive media is essential.
Garnet
Garnet is the most commonly recommended abrasive for waterjet cutting. It has good hardness, sharp edges and stable cutting performance. It is suitable for cutting metal, stone, glass, ceramics and composite materials.
Garnet provides a good balance between cutting speed, edge quality and abrasive consumption, making it a practical choice for many industrial cutting applications.
Brown Fused Alumina
Brown fused alumina is suitable for abrasive cutting, grinding and surface processing applications that require high hardness and strong cutting ability. It can be used in bonded abrasives, coated abrasives and other industrial abrasive tools.
White Fused Alumina
White fused alumina is recommended for applications requiring higher purity, cleaner cutting and more controlled surface quality. It is suitable for precision grinding, fine cutting and applications where contamination control is important.
Why Choose Zhongxing for Cutting Applications
For cutting applications, stable particle size distribution and abrasive hardness are important for consistent performance. Zhongxing provides garnet, brown fused alumina and white fused alumina with reliable quality to help customers improve cutting efficiency, maintain stable processing results and reduce unnecessary abrasive waste.
