Abrasive Hook-and-Loop Disc KLINGSPOR 150 mm Grit 36 – model 270242

KLINGSPOR abrasive hook-and-loop disc, 150 mm diameter with grit 36, is designed for coarse sanding and rapid material removal on wood, metal and painted surfaces. The disc fits standard 150 mm backing pads and orbital sanders that use hook-and-loop attachment, offering strong cutting action for shaping, leveling and preparing substrates before finer sanding or finishing.

Advantages

The hook-and-loop fastening allows quick disc changes and secure mounting during operation. Coarse grit 36 provides fast stock removal and efficient surface shaping while maintaining consistent cut performance across the disc. The 150 mm size balances coverage and control for both handheld orbital sanders and benchtop tools. KLINGSPOR abrasive material is produced to deliver abrasive durability and uniform grit distribution for predictable results.

Suitable for

• Sanding and shaping raw or rough wood
• Removing old paint, varnish or coatings
• Deburring and preparing metal surfaces
• Rapid material removal during renovation and carpentry

Key specifications

• Diameter: 150 mm
• Abrasion grade: coarse (Grit 36)
• Attachment type: hook-and-loop (velcro)
• Compatible with standard 150 mm backing pads and orbital sanders
• Intended materials: wood, metal, painted and coated surfaces

How to use

Attach the disc to a matching 150 mm hook-and-loop backing pad on an orbital sander, ensuring the disc is centered and securely pressed to the pad. Start sanding at low-to-moderate speed and increase as needed, keeping the sander moving to avoid gouging. For metal work, use appropriate safety equipment and remove rust or scale progressively. Replace the disc when cutting efficiency decreases or the abrasive surface is worn.

Usage recommendations

Use coarse grit 36 for initial stock removal and shaping; follow with finer grits for final smoothing. Wear eye, respiratory and hearing protection when sanding, and clamp or secure workpieces to prevent movement. Match sanding speed and pressure to the material to prolong disc life.