Mirka 18-241-447 Mirlon Very Fine Scuff Discs, P360 Aluminum Oxide, Non-Woven, Maroon, 6", Pack of 10

Mirka 18-241-447 Mirlon Very Fine Scuff Discs, P360 Aluminum Oxide, Non-Woven, Maroon, 6", Pack of 10

• Flexible three-dimensional abrasive discs for fine surface preparation on contoured and profiled surfaces. Mirlon Very Fine is suitable for sanding new sheet metal parts, old lacquer layers, blend areas before primer, steel, plastics, primers, and synthetic materials.
• Features:
  • Three-dimensional fiber construction conforms to contoured and profiled surfaces.
  • Aluminum oxide abrasive is bonded with resin to a flexible non-woven backing.
  • Suitable for automotive, paint and decoration, woodworking, and metalworking applications.
• Specifications:
  • Manufacturer: Mirka
  • Part Number: 18-241-447
  • Product Line: Mirlon
  • Grade: Very Fine
  • Grit: P360
  • Diameter: 6"
  • Abrasive Grain: Aluminum Oxide
  • Backing: Non-Woven
  • Bonding: Resin
  • Color: Maroon
  • Quantity: 10 discs per pack
• The Mirka Mirlon Very Fine Scuff Disc can also be referred to as non-woven scuff disc, P360 scuff disc, automotive surface preparation disc, maroon scuff disc, and aluminum oxide finishing disc.

Mirka manufactures abrasives, power tools, polishing products, and surface finishing systems for automotive refinishing, woodworking, marine, construction, and industrial applications. The company develops coated, net, film, and non-woven abrasive technologies for professional surface preparation and finishing.

Q: How many Mirka 18-241-447 discs are included?
A: The pack contains 10 discs.

Q: What abrasive grade is Mirka 18-241-447?
A: It is a Very Fine P360 Mirlon disc with aluminum oxide abrasive.

Q: What surfaces can the Mirlon Very Fine disc be used on?
A: Applications include steel, painted and lacquered surfaces, plastics, primers, and synthetic materials.

Q: Is the Mirka 18-241-447 suitable for contoured surfaces?
A: Yes. Its flexible three-dimensional non-woven construction conforms to profiled and contoured surfaces.