XF885

The new Fibre Disc XF885: Double service life and higher stock removal

The new VSM CERAMICS Plus grains are manufactured in a new and innovative way resulting in a much finer crystalline structure which gives the grain significant performance advantages. Due to this unique design fractures the grain when stressed in a much finer and more conchoidal pattern resulting in longer lasting,

sharper and more aggressive grains with an improved self-sharpening effect. This new generation of ceramic grains are featuring a high metal removal rate with faster cutting at much lower grinding temperature.

Features
  • 100% VSM CERAMICS Plus grain
  • VSM TOP SIZE (additional grinding active layer) achieves an increased cutting performance and reduces the temperature in the grinding area
  • Extra heavy-duty backing
  • Verly long service life at a highly aggressive cut
  • High stock removal even at fine grit sizes
  • Very high performance for working on aluminium

See product details

Are you interested in this product?

Please call us on:
T +1 905 827 0005 

Or please send us an E-Mail:
sales@vsmabrasives.ca


Benefits
  • Constantly exposing sharper grain edges and improved grain life
  • Significant cut rate and life over competitive blended/low-ratio ceramic alumina discs
  • Minimizes heat and increases chip generation
  • Increased life and durability
  • Improved humidity resistance and prevention against curl
Applications
  • For applications ranging from heavy stock removal to surface blending on Stainless Steel, Inconel, Titanium, Hasteloy and other hard to grind materials
  • To be used with back-up pads on portable angle grinders

Other VSM CERAMICS fibre discs

XF870

VSM CERAMICS fibre disc which stands out when working extremely hard surfaces due to its aggressive cut and an extremely long service life at a very good price-performance ratio. more

XF760

VSM CERAMICS fibre disc with semi-open coat and self-sharpening effect on a vulkcanised fibre backing. Stands out when working extremely hard surfaces due to its aggressive cut and an extremely long service life. more