Can't Tell the Difference Between Grinding Wheels, Cutting Blades, and Grinding Discs?

Grinding wheels are very common abrasive tools in the grinding process. They are usually made by adding a bonding agent to the abrasive, and then forming, drying, and firing the mixture. The main characteristic parameters include the abrasive, viscosity, shape, hardness, bonding agent, and size. Because of the differences in abrasives, bonding agents, and manufacturing processes, the final grinding wheels can vary significantly. Hence, the abrasive, bonding agent, and manufacturing process have a crucial impact on the quality and productivity of the grinding process.

Grinding discs use the force of a high-voltage electrostatic field to plant fine abrasive grains (alumina or silicon carbide) onto a high-strength polyester film, making all the abrasive grains have sharp edges facing outward. This ensures sharp cutting and provides a higher grinding efficiency and a bright and delicate polishing effect. After being processed with velcro and cutting, they are made into specific grinding discs like granite polishing plates, which are specially designed for hard materials such as granite. These discs have high hardness and wear resistance, enabling effective rough and fine grinding, ensuring a smooth and flat surface. Different types of grinding discs meet various cutting, grinding, and polishing needs.

The abrasive particles of grinding discs are arranged directionally, and the surface of the product is sharp, ensuring the best grinding efficiency of the abrasive belt. The surface abrasive particles are evenly distributed, combined with special bonding agents, preventing deep and irregular scratches, and offering good chip removal capability, making it less likely to clog.

The grit sizes include 120#, 240#, 320# and so on.