Film Abrasive
- RELEVANCE
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Dustless SG680 Abrasive Blue Zirconia Film Disc
Extreme Performance II Zirconia series Owing to the refined assortment of hole configurations, the abrasive can always be accurately positioned on any machine without requiring specific alignment. The designed hole configurations can enhance anti-clogging performance to achieve dust-free grinding The back base is made of anti-damage film substrate, which is sturdy and maintains flexibility. Zirconium corundum abrasives have stronger grinding properties than ordinary alumina abrasives, are more efficient, time-saving, and labor-saving. Full resin adhesive abrasive production process, anti-clogging coating to extend service life. Suitable for heavy industry polishing. -
Dustless SG380 Abrasive Green Zirconia Film Disc
Revolution & Extreme Performance II zirconia coated series Owing to the refined assortment of hole configurations, the abrasive can always be accurately positioned on any machine without requiring specific alignment. The designed hole configurations can enhance anti-clogging performance to achieve dust-free grinding Adopting high-temperature resistant resin electrostatic sand planting, zirconium abrasive, polyester film base. Compared to alumina sandpaper, it improves damage resistance by 5-10 times and wear resistance by 1.5 times. Suitable for high-end energy, transportation, and metal industries. -
Dustless 775K Abrasive Purple Ceramic Film Disc
Revolution & Extreme Performance III CERAMIC GENERATION The ceramic grains, once their edge breaks off, simply form new edges, thereby allowing the sandpaper to sustain its cutting ability without interruption – smoothly transitioning from one edge to another. This self-sharpening characteristic of the ceramic grains provides a beneficial mix of prolonged lifespan, rapid cutting, and effortless polishing Owing to the refined assortment of hole configurations, the abrasive can always be accurately positioned on any machine without requiring specific alignment. The designed hole configurations can enhance anti-clogging performance to achieve dust-free grinding The back base is made of PET polyester film, which enhances the damage resistance by 5-10 times. The production process of all resin adhesive abrasives ensures that no grain falls during polishing. Suitable for grinding sharp edges and corners with high sharpness, quickly and effectively; polishing unevenness, with consistent performance at high temperatures. -
775K Abrasive Ceramic Purple Film Disc
Revolution & Extreme Performance III CERAMIC GENERATION The ceramic grains, once their edge breaks off, simply form new edges, thereby allowing the sandpaper to sustain its cutting ability without interruption – smoothly transitioning from one edge to another. This self-sharpening characteristic of the ceramic grains provides a beneficial mix of prolonged lifespan, rapid cutting, and effortless polishing The back base is made of PET polyester film, which enhances the damage resistance by 5-10 times. The production process of all resin adhesive abrasives ensures that no grain falls during polishing. Suitable for grinding sharp edges and corners with high sharpness, quickly and effectively; polishing unevenness, with consistent performance at high temperatures. -
SG680 Abrasive Blue Zirconia Film Disc
XPRAZOR SG380 Extreme Performance II Zirconia series The back base is made of anti-damage film substrate, which is sturdy and maintains flexibility. Zirconium corundum abrasives have stronger grinding properties than ordinary alumina abrasives, are more efficient, time-saving, and labor-saving. Full resin adhesive abrasive production process, anti-clogging coating to extend service life. Suitable for heavy industry polishing. -
SG380 Abrasive Green Zirconia Film Disc
Revolution & Extreme Performance II zirconia coated series Adopting high-temperature resistant resin electrostatic sand planting, zirconium abrasive, polyester film base. Compared to alumina sandpaper, it improves damage resistance by 5-10 times and wear resistance by 1.5 times. Suitable for high-end energy, transportation, and metal industries