Product Description
Focusing on the production quality of the flap disc, the flap discs produced are made of high-quality material alumina, which has better heat dissipation effect and reduces the risk of damage due to overheating. The 4.5*7/8-inch shutter disc is more widely used in shipbuilding, automobiles, aviation, and machinery for polishing and rust removal. Choosing our flap discs will inject excellent performance and efficiency into your work. It will become your right-hand assistant and make your processing experience smoother and more successful!
Product Information
- Safe Material: The shutter plate is made of industrial-grade high-quality alumina. It is smelted at high temperature in an electric arc furnace and has good resistance to melt erosion. As a high-grade abrasive, it is suitable for steel parts, cast iron parts, heat-resistant steel, and various The alloy material has a good grinding effect, obtains excellent grinding effects on various materials, and can withstand high temperatures and pressures, thereby extending the service life.
- Special Design: T27 flat flap disc is composed of 72 abrasive cloth blades and fiberglass back plate. Compared with traditional grinding wheels, the louver wheel has better heat dissipation effect, reducing the risk of damage due to overheating.Our louver discs consume workpieces synchronously, so our products will not burn workpieces
- FITS SIZE: 4-1/2" diameter, 7/8" ID flap disc for angle grinders for grinding, blending, grinding, and finishing a wide variety of materials, operating at 13,300 RPM
- Longer Service Life: Coarse-grained ones tend to last longer compared to fine-grained ones. Larger abrasive particles are more resistant to rapid wear and can withstand longer periods of use
- Perfect After-Sales Service: If you are not satisfied or interested in the product, we provide a 30-day free return service, and you will receive a full refund, but it is not 100% safe when using the louver, please be sure to follow the safety Operational requirements to ensure work safety and efficiency.
