3M Scotch-Brite 100mmx16mm Brown Coarse Conditioning Discs 10pk

$76.00

Product Description

Ideal for general purpose surface conditioning, including finishing, cleaning and light deburring. Achieve consistent, paintable finish in fewer steps without damaging base material. Durable open-web construction resists loading, increases disc life. Attaches easily to 3M Hook-and-Loop Backup Pads.

Specifications

Quantity 10 Each
Color Brown
Abrasion Coarse
Dimensions 100mm diameter, 16mm bore
Max RPM 13,000
SKU: a4e773367fba Categories: , ,
Description

3M Scotch-Brite 100mm x 16mm Brown Coarse Surface Conditioning Disc – 10 Each

Upgrade your surface preparation process with 3M Scotch-Brite Surface Conditioning Discs ¨C the ultimate solution for achieving professional-grade finishes efficiently. Whether you¡¯re blending, cleaning, or deburring, these discs deliver consistent results while protecting your base material. Keep reading to discover why industry experts trust 3M for their surface conditioning needs.

Core Specifications

Description Details
Quantity 10 discs per pack
Color Brown
Abrasion Grade Coarse
Max RPM 13,000
Diameter 100mm
Bore Size 16mm
Attachment Hook-and-Loop
Material Compatibility Metal, composite, plastics
Construction Open-web design
Primary Use Blending, cleaning, light deburring

Key Features & Benefits

  • Multi-Purpose Performance: Ideal for general surface conditioning, from finishing to light deburring, reducing the need for multiple tools.
  • Damage-Free Results: Conformable design ensures consistent finishing without gouging or undercutting base materials.
  • Long-Lasting Durability: Open-web construction resists loading, extending disc life and minimizing replacements.
  • Fast Change-Outs: Hook-and-loop attachment allows quick disc swaps, streamlining multi-step processes.
  • Cool Operation: Heat-resistant material prevents overheating, suitable for prolonged use on various substrates.

Applications

Perfect for metalworking, automotive repair, aerospace, and manufacturing industries. Use on steel, aluminum, composites, and plastics to prepare surfaces for painting, bonding, or further processing.

Performance Highlights

Engineered to deliver a paintable finish in fewer steps, these discs eliminate the risk of cross-contamination and ensure uniform results across large surface areas. The coarse grade efficiently removes rust, scale, and burrs while maintaining precision.

Quality Assurance

Backed by 3M¡¯s decades of expertise in abrasive technology, each disc undergoes rigorous testing to meet industry standards for performance and reliability. Trust in a brand preferred by professionals worldwide.

Why Choose 3M Scotch-Brite?

Unlike standard sanding discs, Scotch-Brite Surface Conditioning Discs combine flexibility with aggressive cutting power, making them ideal for complex shapes and delicate materials. Their unique construction outlasts conventional abrasives, reducing downtime and costs.

FAQ

Q: Can these discs be used with any hook-and-loop backup pad?
A: Yes, they are compatible with 3M Hook-and-Loop Backup Pads and most standard hook-and-loop systems.

Q: Are they suitable for wet sanding?
A: Designed for dry use only. For wet applications, explore 3M¡¯s wet/dry abrasive lines.

Q: What is the shelf life of these discs?
A: When stored in a cool, dry place, they maintain performance for up to 2 years.

Ready to elevate your surface conditioning process? Contact us today for bulk pricing, technical support, or to place your order. Our team of experts is here to help you find the perfect solution for your application.

Shipping and Delivery

Packaging & Transportation

Weldingtop Nozzles

Weldingtop nozzles are precision components requiring safe and professional handling. Each nozzle is individually vacuum‑sealed and protected with shock‑absorbing foam to avoid impact, dust and humidity. Sturdy outer cartons with clear fragile labels are used for secure shipping. We work with trusted logistics providers and offer full tracking, ensuring your order arrives complete and in perfect condition.