Free Shipping Over $250
All Categories/Product Catalog/Tools And Hardware/Abrasives/Other Abrasive Products/Non-Woven Abrasives/United Abrasives 5" Coarse Grade Non-Woven Fiber And Aluminum Oxide SAIT Sand-Light™ Brown Hook & Loop Surface Conditioning Discs

United Abrasives 5" Coarse Grade Non-Woven Fiber And Aluminum Oxide SAIT Sand-Light™ Brown Hook & Loop Surface Conditioning Discs

Please Call for Lead Time - (262-820-1868)

Part Number: 77124SKU: UAB77124
Quantity Available: 0
$73.50

Qty: Order In Bulk
Add $250.00 worth of items to your cart to qualify for free shipping.

Item Details

The United Abrasives/SAIT Sand-Light™ 5" Dia Coarse Grade Surface Conditioning Disc features non-woven synthetic fiber impregnated with abrasive grain that resists heat build-up and loading. The Brown surface conditioning disc is ideal for heavy debarring, removing weld spatter, blending tool/mill marks, rust removal, cleaning and polishing. This Heavy-duty disc features a hook and loop fastening system for less downtime and quick changes. It features resilient shape and performance characteristics that are perfect for radius as well as contour applications. It is suitable for use on stainless steel, high tensile steel, ferrous/non-ferrous materials, fiberglass.

Features

  • Hook and Loop fastening system allows for quick changes and less downtime
  • Used in a wide variety of applications including cleaning, polishing, blending and deburring
  • Non-woven synthetic fiber coated with aluminum oxide grain resists loading for long life without damage to or removal of base material

Applications

  • For use on: stainless steel, high tensile steel, ferrous, non-ferrous metals, wood, fiberglass and gaskets

Specifications

  • Abrasive Type» Surface Conditioning Discs
  • Size Description» 5"
  • Trade Name» SAIT Sand-Light™
  • Material» Non-Woven Fiber
  • Grade» Coarse
  • Color» Brown

WARNING

  • WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov

Things are probably looking a bit weird.

JavaScript is required for full site functionality.