BELTS:

Available in cloth and paper backing using Aluminium Oxide, Silicon Carbide or Zirconia Alumina grains, with a unique bond system designed with withstand severe applications. Our range of narrow and wide belts find extensive usage in various industries for operations ranging from heavy stock removal to fine finishing.

ALUMINIUM  OXIDE  RESIN  METAL  CLOTH  BELTS:

Made with "X" wt cotton backing with Aluminium Oxide grains and Resin over Glue bond, these belts are used in Metla working and Plywood industries. The inter grain spacing is specially controlled to retard loading and the bond system is designed to withstand the heat generated. These belts are ideally suited for light stock removal operations where the required belt speed is less than 4000 rpm.

 

ALUMINIUM OXIDE RESIN PAPER BELTS:

Made with "E" wt paper backing Aluminium Oxide grains, these belts are best suited for dimensioning and finishing plywood. The uniformity of the paper backing on which the abrasive is coated ensures superior finsih and is stretch free.

 

ALUMINIUM OXIDE RESIN CLOTH BELLTS:

These are made with "X", "J" wt. cotton clth with Aluminium  Oxide grains, with specially formulated bond giving a coller cut. These belts are ideal for use in Metal Working Industry for applications ranging from heavy stock removal to finishing.

 

SILICON CARBIDE RESIN CLOTH BELTS:

Made with "X" wt cotton cloth, Silicon Carbide abrasive, Resin-over-Resin bond, these belts are used for grinding and finsihing of glass, stainless steel coils, non-ferrous metals, etc.The friable nature of the grain provides a sharp and consistent cutting edge.

Water proof cloth belts in Aluminium Oxide and Silicon Carbide are also available for applications where water or water based collants are used.

 

ZIRCONIA RESIN CLOTH BELTS:

Made with "HEAVY DUTY"  cotton backing, tough high performing Zirconia grains and specially formulated Resin, these belts are used for heavy stock removal operations and for grinding hard-to-grind material metals. The unique feature of the grain combined with the special resin bond system ensures a coller cut.