Integration of Efficient Grinding and Polishing
The protrusions of the pyramid structure first quickly remove flaws on the workpiece surface (such as burrs and scratches) through the coarse particles at the top. As the grinding proceeds, the protrusions gradually wear, exposing finer particles on the side, realizing a continuous transition from rough grinding to fine polishing. This reduces the steps of replacing grinding tools and improves processing efficiency.

Excellent Uniformity and Consistency
The regular arrangement of pyramids makes the distribution of grinding pressure more uniform, avoiding problems such as "orange peel texture" and "residual scratches" on the workpiece surface caused by uneven particle distribution in traditional abrasive belts. It is especially suitable for scenarios requiring high surface flatness (such as precision metal parts and optical components).

Self-sharpening and Long Service Life
During the wear process, the pyramid structure will continuously expose new abrasive particles, maintaining continuous cutting ability (self-sharpening). Compared with ordinary flat abrasive belts, its service life can be extended by 30% to 50%, reducing consumable costs.

Strong Adaptability
The flexibility of the cloth base allows it to be used for grinding complex workpieces such as flat surfaces, curved surfaces, grooves, and inner corners. It can also be used with dry grinding or wet grinding (using cooling liquid) and is suitable for various materials such as metals (stainless steel, aluminum alloy, titanium alloy), plastics, and composite materials.