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Standard Abrasives Metal Finishing Wheel 859182, 6 in x 1 in x 1 in 6A MED

$ 166.84

Availability: 100 in stock
  • Abrasive Material: Aluminum Oxide
  • Return shipping will be paid by: Seller
  • Brand: 3M
  • Density: 6
  • Wheel Type: Unitized
  • MPN: 7010368688
  • All returns accepted: Returns Accepted
  • Item must be returned within: 30 Days
  • Condition: New
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Grade: Medium
  • UPC: 00051115371240

    Description

    Standard Abrasives Metal Finishing Wheel 859182, 6 in x 1 in x 1 in 6A MED
    Manufacturer:
    3M
    Part Number:
    7010368688
    3 per order, made to order
    Produces satin and antique finishes on a variety of metals
    Can be dressed to fit specific part geometry
    Rigid convolute wheel construction works well on flat surfaces and corners
    High cut rate requires low contact pressure
    Open web is load resistant, prolonging abrasive service life
    Our Standard Abrasives? Metal Finishing Wheel is a dense and stiff convolute wheel designed to help you achieve a final finish on a variety of metals.
    Producing Fine Finishes
    Whether a technical requirement or purely aesthetic, many industrial markets value a final finish on their workpieces. We engineered our Standard Abrasives? Metal Finishing Wheel to help produce the finishes users hope to achieve. It?s a good match for stainless steel fabricators and appliance and food equipment manufacturers, because it can help with production finishing of a variety of parts. Typical workpieces may include door hardware, plumbing fixtures, aluminum extrusions, sanitary metal containers and dairy equipment.
    The Benefits of Aluminum Oxide
    To engineer our Standard Abrasives? Metal Finishing Wheel, we mix aluminum oxide mineral and nonwoven nylon fibers with resin to create an open web. Often, the mineral is paired with ferrous metals and composites, as well as fiberglass and plastic. It cuts aggressively without gouging or marring the substrate, maintaining original part geometry and reducing the need for rework. Medium grade aluminum oxide imparts decorative satin and antique finishes on stainless steel, brass and aluminum.
    Dense and Durable
    The nonwoven nylon fibers in the open web break down while finishing, exposing new mineral for a consistent cut. Moreover, gaps between the fibers allow swarf to escape, so the web resists clogging with debris, prolonging abrasive service life. Open web on the Metal Finishing Wheel is densely and compactly wound around a fiberglass core. The dense and durable construction helps the abrasive withstand greater contact pressures and speed variations. Additionally, the wheel edge can also be dressed to match part geometry if required. Combining aluminum oxide mineral with a dense convolute wheel constructions makes for a tough durable cutting wheel that requires minimal pressure. Moreover, the wheel?s density helps it stay firm and not deflect or yield to the substrate, so it performs well on flat surfaces and edges.
    Altogether, our Standard Abrasives? Metal Finishing Wheel is a durable and long lasting finishing wheel. It has the strength and toughness required to stand up to edges and extrusions but still leaves a soft, fine finish in its wake.
    About the Manufacturer
    At 3M, we apply science in collaborative ways to improve lives daily.
    3M is a global science company that never stops inventing. Using 46 technology platforms, our integrated team of scientists and researchers works with customers to create breakthroughs. Our inventions have improved daily life for hundreds of millions of people all over the world. With billion in sales, our 90,000 employees connect with customers all around the world. Scientists, researchers and marketers work across countries and across subjects to solve challenges big and small.
    Bulk Pricing
    For customers who wish to order large quantities of this item and would like to receive bulk pricing, please contact us directly and we will provide the best price possible.