49225 5 In. Hook & Sand Disc 8 Hole 40 Grit
Description
The Norton 49225 is a 5-inch aluminum oxide sanding disc designed for fast, consistent results on a variety of materials. With its P40 extra coarse grit and hook and loop attachment, this disc is ideal for dry stripping, blending, and general sanding work on wood, aluminum, fiberglass, and composite surfaces. The eight vacuum holes significantly reduce dust in your workspace, improving visibility and safety while you work.
Whether you're refinishing furniture, preparing surfaces for painting, or smoothing rough edges, this sanding disc delivers the performance professionals and DIYers rely on. The premium abrasive composition ensures fast cut rates and extended disc life, while the fiber-reinforced, latex-saturated C-weight backing provides flexibility and tear resistance during demanding sanding applications.
Features and Benefits
- Premium Aluminum Oxide Abrasive: P-graded abrasive delivers increased life and fast cut rates for efficient material removal.
- Durable C-Weight Backing: Fiber-reinforced, latex-saturated backing offers enhanced tear strength and flexibility for smooth operation on various surfaces.
- Eight Vacuum Holes: Efficiently reduces dust accumulation in your workspace, promoting a cleaner and safer work environment.
- Water-Based Stearate Coating: Open coat design with no-fil stearate coating minimizes loading and keeps the disc cutting effectively longer.
- Hook and Loop Attachment: Quick and easy disc changes allow you to maintain your workflow without interruption.
- Versatile Applications: Suitable for aluminum, fiberglass, composite, and wood materials across multiple sanding tasks.
Specifications
- Brand: Norton
- Model: 49225
- Diameter: 5 inches
- Grit: P40 (extra coarse)
- Vacuum Holes: 8
- Abrasive Material: Aluminum oxide
- Backing: C-weight fiber-reinforced, latex-saturated paper
- Attachment: Hook and loop
- Coating: Water-based no-fil stearate, open coat
- Applications: Dry stripping, blending, sanding on wood, aluminum, fiberglass, and composite materials