3M Cubitron II Ceramic Hookit Disc Abrasive Disc, 152 mm, Fine Grade 250 Per Pack

3M Cubitron II Series Abrasive Disc, 152mm Diameter, 120+ Grit Size - 7100226879

This abrasive disc is a 152mm sanding disc specifically designed for high-performance sanding tasks. It features a ceramic abrasive material and is suitable for refining stainless steel surfaces. With a grit size of 102 μm, this disc comes in a pack of 250, ensuring longevity for various industrial applications. Its unique formulation falls under the Cubitron II series, making it Ideal for metal, composites, and coatings.

Features & Benefits

• Ceramic abrasive material enhances durability and performance
  120+ grit size ensures efficient material removal
  Compatible with various backing options for versatility
  Ideal for industrial applications requiring heavy-duty sanding
  Resin bonded for consistent performance during use
  Designed for refining surfaces, especially stainless steel

Applications

• Suitable for use on metal and composite materials
  Effective for preparing E-coatings and primer coatings
  Ideal for TOP coating paint
  Used for heavy-duty industrial sanding projects
  Fits a range of sanding tools and systems

What materials are compatible with this disc?

It is designed for use on metal, composites, E-coatings, and various paint layers, ensuring versatile performance across applications.

How should I store this abrasive disc to maintain its quality?

Storage should be in its original packaging at temperatures between 16°C and 26°C with a relative humidity of 35-50% to preserve its abrasive properties.

What safety precautions should I take when using this disc?

It is advisable to use guarded tools and ensure the support plate is untrimmed to prevent injuries during sanding operations.

How does the grit size affect the sanding process?

The 120+ grit size facilitates efficient material removal while allowing for smooth finishes, making it Ideal for refining surfaces.

What factors influence the longevity of the disc during use?

Factors such as operating conditions, pressure applied during sanding, and maintenance can significantly affect the disc's lifespan and performance.