Value Collection 011038 Fiber Disc 4-1/2 in 36 Grit

Product Description

The VALUE COLLECTION 011038 is a silicon carbide fiber disc designed for aggressive material removal on hard surfaces. At 4-1/2 inches in diameter with a 7/8-inch arbor hole, it mounts directly to standard right-angle grinders via a resinoid-bonded backing pad. The 36-grit, very coarse abrasive cuts fast and is well suited for weld blending, rust removal, surface preparation, and stock removal on tile, stone, masonry, and non-ferrous metals. The fiber backing provides rigidity and durability under load. Maximum operating speed is 13,300 RPM.

This disc is a common choice for fabricators, contractors, and maintenance technicians who need a cost-effective coated abrasive for heavy surface work. The arbor hole attachment type is compatible with standard 7/8-inch backup pads used on 4-1/2-inch angle grinders. Typical applications include weld seam blending, paint and coating removal, deburring, and surface conditioning on hard materials where aggressive stock removal is needed.

Key Features

• Silicon carbide abrasive for aggressive cutting on hard, brittle, and non-ferrous surfaces
• 36 grit, very coarse grade for fast stock removal
• Resinoid bond holds abrasive grains firmly under high-load grinding
• Fiber backing provides rigidity and resistance to flexing under pressure
• 7/8-inch arbor hole fits standard 4-1/2-inch angle grinder backup pads
• Rated to 13,300 RPM for use on full-speed right-angle grinders

Compatibility

Designed as a direct-mount coated abrasive disc for 4-1/2-inch right-angle grinders equipped with a 7/8-inch arbor-hole backup pad.

Installation Notes

Installation should be performed by a qualified operator familiar with angle grinder safety practices. Always confirm the grinder's rated no-load RPM does not exceed the disc's 13,300 RPM maximum before mounting. Inspect the disc for cracks or damage before each use and never use a damaged disc. Wear appropriate PPE including a face shield, gloves, and hearing protection during operation.