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  6. 3M™ Hookit™ Microfinishing Film Disc 468L, Type E, 80 Micron

3M™ Hookit™ Microfinishing Film Disc 468L, Type E, 80 Micron

  • 3M ID 60000120117

Silicon carbide mineral is fast-cutting and produces a smooth finish

Ideal for sanding plastics, wood, paint, e-coat composites, and metals

Strong polyester film backing enhances abrasive durability

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Details

Highlights
  • Silicon carbide mineral is fast-cutting and produces a smooth finish
  • Ideal for sanding plastics, wood, paint, e-coat composites, and metals
  • Strong polyester film backing enhances abrasive durability
  • Available in a range of grades
  • Hookit™ attachment for easy change out of discs during multi-step sequences

3M™ Hookit™ Microfinishing Film Disc 468L is ideal for sanding and finishing on plastics, wood, paint, e-coat composites, and metals.

Made for Sanding and Finishing
We designed our 3M™ Hookit™ Microfinishing Film Disc 468L with a hook and loop attachment system for sanding and finishing. It is intended to speed up disc swapping during multi-step sequences, thereby increasing productivity and throughput.

3M™ Hookit™ Attachment
3M offers a complete line of hook-and-loop style 3M™ Hookit™ discs for work spaces where adhesive backed discs may become contaminated by dust or dirt. Hookit™ sanding discs conveniently attach to a hook-and-loop backup disc pad (sold separately), can be removed cleanly and easily, and can be re-used again and again for the extent of the abrasive life. The backup pad typically attaches to a tool like a random orbital sander (also sold separately).

Silicon Carbide and Polyester Backing
We engineer 3M™ Hookit™ Microfinishing Film Disc 468L using micron-graded silicon carbide, which is a popular choice among industrial professionals because of its fast cut and smooth finish. Silicon carbide is a mineral that is very sharp and commonly used for low-pressure applications, such as sanding and finishing during paint prep. While it breaks down faster than aluminum oxide, this mineral produces a brighter finish and offers greater tear-resistance than comparable paper products, making it ideal for high-production environments.

Typical Properties