Description
The 3M 6″ P120 Hookit Red Abrasive Disc 316U (1224) is a versatile and economical sanding solution designed for a wide range of applications.
KEY FEATURES AND BENEFITS:
- Efficient Material Removal: Aluminum oxide abrasive provides fast and aggressive cutting action for efficient stock removal.
- Quick and Easy Disc Changes: Hookit attachment system allows for fast and secure attachment and removal of discs from backing pads, minimizing downtime.
- Durable Construction: Designed for demanding applications, offering long-lasting performance.
- Cost-Effective Solution: Provides excellent value for the price, making it an economical choice for various sanding needs.
SPECIFICATIONS:
- Grit: P120
- Diameter: 6 inches
- Quantity: 50 discs per box
- Backing: A-weight paper backing
- Abrasive Type: Aluminum oxide
HOW TO USE:
- Prepare the Work Surface: Ensure the surface is clean and free from debris.
- Select the Appropriate Backing Pad: Choose a backing pad that is compatible with the Hookit attachment system.
- Attach the Disc: Align the disc with the backing pad and press firmly to engage the Hookit attachment.
- Start Sanding: Apply even pressure and use smooth, consistent motions.
- Inspect and Replace: Regularly inspect the disc for wear and tear. Replace the disc when it becomes dull or clogged.
BENEFITS OF USING 3M 6″ P120 HOOKIT RED ABRASIVE DISC 316U (1224):
- Improved Productivity: Quick disc changes minimize downtime, increasing overall productivity.
- Consistent Results: Aluminum oxide abrasive provides reliable and consistent material removal.
- Versatility: Suitable for a wide range of applications in various industries.
- Enhanced Safety: Reduced risk of disc slippage due to the secure Hookit attachment.
FEATURES:
- Utilizes high-quality aluminum oxide abrasive for fast and efficient cutting.
- Features a durable A-weight paper backing for enhanced strength and tear resistance.
- Incorporates the convenient Hookit attachment system for quick and easy disc changes.
- Designed for use with various random orbital sanders.






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