3M™ RUBBER SLOTTED EXPANDER WHEEL 28718, 5 IN X 3-1/2 IN 1 IN ARBOR HOLE, 1 EA/CASE

3MA7100030184 MFG #: 7100030184
$189.08 / EA
  • Arbor Hole Size: 1 in
  • Country of Origin: US
  • Manufacturer Name: 3M
  • Maximum Speed: 3500 rpm
  • Type: Slotted
  • Drum Diameter: 5 in
  • Drum Length: 3-1/2 in
  • Material: Rubber
The 3M™ rubber slotted expander wheel utilizes centrifugal force to grip abrasive belts while grinding. Use this wheel on a 3M™ inline sander or 3M™ match and finish tool. It comes in three diameters and two center hole diameters. Our 3M™ rubber slotted expander wheel can be mounted on a 3M™ inline sander or 3M™ match and finish tools using a 3M™ wheel adapter kit. We designed this wheel with soft 25 durometer rubber to keep it conformable for applications like stainless steel finishing. Radiused edges reduce transition lines as the tool makes passes across the work surface. This wheel uses centrifugal force to grip the belt rather than conventional pneumatic wheels or tires, which rely upon the amount of air pressure they are filled with. Centrifugal force is ultimately far more efficient and consistent. In three diameters of 3, 3.4 or 5 in, the smaller diameter tends to obtain a tighter grade pattern and gets into tighter spaces. Our 3M™ rubber slotted expander wheel is ideal for finishing stainless steel when mounted to a 3M™ inline sander or 3M™ match and finish tool. Having mounted the expander wheel to the sander using the 3M™ wheel adapter, follow a 2-step process for finishing stainless steel, either with or without a weld.
QTY
  • Application
  • Item Features
Metalworking, Transportation, Heavy Equipment, Primary Metal, General Industrial, Paint Preparation, MRO, Aerospace, AOEM, Woodworking, Cutting Tool Manufacturing and Composite
  • Use 3M™ wheel adapter kit to mount on 3M™ in-line sander or 3M™ match and finish tool
  • Soft 25 durometer rubber helps to create a fine finish
  • Radiused edges reduce transition lines
  • Uses centrifugal force to grip the abrasive belt
  • More consistent performance than pneumatic wheels