Hiqalty 3-Inch Roll-Lock R-Type Sanding Discs – 80 Grit Quick-Change Pads

Overview

Discover the Hiqalty 3 inch sanding discs, crafted for dependable performance and easy integration into busy workflows. With a 75 mm diameter, these discs are designed to fit roll-lock tools that use the R-Type twist mechanism, enabling smooth, tool-free disc changes between sanding stages.

Durable construction meets practical simplicity. The discs are made from aluminum oxide, delivering lasting wear while maintaining a steady cutting feel. An anti-static profile helps minimize dust cling during use, supporting cleaner surfaces and a more comfortable sanding experience.

Fast, twist-to-change design

The torque spiral design allows you to twist the disc on or off without tools. This quick-change feature can help you maintain momentum on longer projects, reducing downtime between steps and keeping the work moving forward at a comfortable pace.

Versatility is built into the core of these discs. Rated at 80 grit, they are suitable for shaping and smoothing a range of substrates, including both soft and hard woods, chip boards, fiber boards, non-ferrous metals, plastics, cork, rubber, and minerals. This broad compatibility supports a variety of tasks from prep work to light finishing.

What you get

The package includes 50 sanding discs, giving you ample replacements to cover multiple project phases without frequent restocking. The discs are engineered for a balanced cut and predictable wear, helping you plan and execute tasks with greater confidence.

Product highlights

• 3 inch diameter, 75 mm shell size
• 80 grit for balanced material removal and finishing
• Aluminum oxide composition for durability and consistent cuts
• Anti-static properties to reduce dust cling
• Torque spiral roll-lock R-Type quick-change design
• 50 discs per package

Practical uses

• Surface smoothing and finishing on soft and hard woods
• Prep work on chip boards and fiber boards
• Work on non-ferrous metals, plastics, cork, and rubber
• Efficient disc changes during ongoing projects to minimize downtime