During the resin wheel manufacturing process, optimizing the curing process is the key to reducing internal stress defects.
Within a certain range, increasing the fiber volume fraction can improve the impact resistance of the resin wheel, but this requires the uniform dispersion of the fibers.
With the increasing popularity of thin ceramic plates, edge grinding wheels are no longer just simple processing tools; they are key technologies for achieving high-quality surface finishes.
During the molding process, resin wheels will form evenly distributed tiny pores. These pores not only provide space for grinding chips, but also become channels for heat dissipation.
In actual grinding operations, the self-sharpening property of the ceramic resin wheel means that it does not need to be dressed too frequently.
The material structure of the stone resin wheel is relatively fine, and it can form a more uniform grinding track during grinding, which is also an important reason for reducing stone loss.