Product description
SALI 4" 100mm Velcro Sand Paper Disc Round / Sanding Disc 4 Inch / 100mm Round Velcro Sanding Paper / Sanding Disc / Grit 60 / Grit 80 / Grit 100/ Grit 120 / Grit 150 / Grit 180 Polisher Sand Sheets / M10 Polisher Adhesive Backin
- Made from aluminium oxide abrasive, durable and anti-static, ideal for polished metal, wood, jade and so on
- Hook and loop sandpaper backing make easy for installation and removal, simplify your work
- 4 inch diameter, suitable for all type sanders machine; Very effective for general polishing; This Grinder Pads can meet almost all your polishing requirements
- Works well on metal and non-metallic materials of various complex surface rust, paint, deburring, solder joints sanding and polishing. Including bare wood, painted surfaces and metal, aluminium alloy, rubber, leather, plastic, stone, glass and other materials.
- *40-60 grain are used for coarse sanding of rough surfaces, 80-120 grain are suitable for surface smoothening and sanding of small roughness’s, 180-400 grain are good for final fine sanding.
- Grit 60 / Grit 80 / Grit 100/ Grit 120 / Grit 150 / Grit 180
- - The backing pad is used with sanding papers or polishing pads, for use on angle grinders, bench grinders, electric drills and other pneumatic and electric tools. Widely used for wood products, automobiles, metal products, and floor and wall polishing.
- The material is durable and not easy to crack, resistant to low temperature. The high toughness cushion and the special-shaped processing surface fit more comprehensively and have good air permeability.
- Hook and Loop backing can be replaced quickly and easily, has strong bonding ability. The hooks of the sticking plate are closely arranged, the distribution is full and even, is not easy to loose and slide.
- Hook & Loop Backing Pads are Professional Lightweight & Perfectly Balanced for Faster Working and Smooth Finish
- Well Controlled Balance and Vibration-Free Smooth operation
- Quick and Easy Disc Changes with Micro Hook and Loop Attachment System