About this item
3M Diamond Polishing Cloth Disc 652WY, 8000 Mesh, 10 in x NH, Die 1000C
- 7010509596
- 3M
- Abrasive Discs
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Key points
- Diamond mineral encapsulated in a ceramic bead provides stock removal and fine finishes
- Water-resistant cloth backing can be used with coolant
- Tough enough for hard-to-finish materials like chilled iron, ceramics and thermal spray coatings
- Flexible J-weight cloth backing supports mineral for hand finishing and polishing
- Available in grades 3000, 8000, and 50,000 mesh
Description
3M Diamond Polishing Cloth Disc 652WY is engineered with micron-graded diamond, a long-lasting resin bond and a flexible, water-resistant J-weight cloth backing for polishing ceramics, carbide, cast iron and other hard-to-grind materials.Made to Tackle the Toughest Jobs
Uniquely engineered to tackle the toughest jobs, 3M™ Diamond Polishing Cloth Disc 652WY is constructed with micron-graded diamond particles encapsulated in a ceramic bead. As the ceramic erodes, diamond particles continue to be exposed leaving a fresh cutting surface. Diamond mineral cuts fast and delivers good stock removal, a range of finishes and long-lasting abrasive life on hard to grind materials.
Diamond is extremely useful in polishing for its unique ability to produce excellent surface finishes combined with high removal rates on hard to grind materials.
652WY incorporates diamond mineral encapsulated in a ceramic bead, bonded to a durable, water-resistant, J wt. cloth backing.
Use Wet or Dry
A water-resistant, flexible J-weight cloth backing means this product can be run with coolant. Coolant is useful remove grinding swarf and debris from the grinding interface. This disc is available in 3000 Mesh, 8000 Mesh or 50000 mesh so users can find the product that best suits their needs.
Tough Abrasive for Hard-to-Grind Materials
For those hard-to-grind materials, turn to 3M™ Diamond Polishing Cloth Disc 652WY. This disc's overall toughness makes it ideal for polishing and finishing ceramics, chilled cast iron, thermal spray coatings and the many extremely hard composites often used in an increasing number of industries.