3M 7000046881 | 840702 Standard Abrasives 6″ OAD x 1/2″ Hole Diameter Coarse Silicon Carbide Cleaning Pro Disc – All Industrial Tool Supply

Description

The Standard Abrasives Cleaning pro disc is ideal for cleaning welds, removing corrosion, rust, scale, paints, varnishes and sealants from difficult-to-reach surfaces. Constructed of large nylon filament, this disc’s open, non-loading structure performs rapid removal of surface contaminants while producing fine finishes.

Silicon Carbide Abrasive

Standard Abrasives Cleaning pro disc is lined with silicon carbide, which is a popular choice among industrial professionals because of its fast cut-rate and smooth finish. Silicon carbide is a very sharp synthetic mineral commonly used in low-pressure applications like paint prep. While the mineral breaks down faster than aluminum oxide, it produces a finer finish. This makes the Standard Abrasives Cleaning pro disc best suited for sanding and finishing applications on fiberglass, composites or soft metals.

Open Coat Construction

Abrasives cut better and last longer when dust isn’t clogging the cutting surface. Open coat construction means the abrasive grains are placed with space between them to help evacuate sanding debris and avoid clogging of the grains’ cutting edges. Additionally, the open coat feature provides a more aggressive cut than a comparable closed coat abrasive of the same grade. This all adds up to increased productivity and reduced material consumption.

Quality Standard Abrasives Solutions for Industrial Applications

The Standard Abrasives brand has supplied quality abrasives to the metalworking industry for over 50 years. Customers rely on the brand’s broad offering of high performance products including coated, bonded, and non-woven abrasive lines.

Features:

• Can be used for cleaning, finishing and blending on fiberglass and metals
• Open abrasive design resists loading for faster cut-rates
• Nylon mesh and silicon carbide combination offers a fine cleaning finish
• Provides consistent finishes on flat and irregular surfaces