Silicon Carbide Wide Sanding Belt for Stainless Steel Brushing / Finishing

Quick Detail:

WEEM 1112 is a premium-grade silicon carbide wide sanding belt engineered for stainless steel brushing and other demanding metal or hardwood sanding applications. Constructed with a tear-resistant, waterproof polyester backing and resin-over-resin bonding, it delivers excellent surface finish, dimensional stability, and extended belt life. Ideal for dry or wet grinding, including oil-based environments.

Specifications:

Grit Range:

● : Regular ○ : Custom

Joint Options:

WEEM 1112 wide belts are available with 4 types of joints to suit different sanding systems and requirements.

Tape on gain line joint: as default.

Tape on gain zigzag joint:

Tape on butt line joint:

Tape on butt zigzag joint:

Applications:

• Stainless steel finishing and surface brushing

• Decorative or functional line sanding

• General metal grinding (non-ferrous and ferrous)

• Hardwood sanding

• Aluminum and alloy processing

• Wet or oil-based sanding operations

Competitive Advantage:

• Sharp Silicon Carbide Grain
  Provides fast cutting action and consistent linear finish

• Flexible Waterproof Polyester Backing
  Tear-resistant and suitable for oil/water-based grinding

• Closed-Coat Construction
  Ensures higher grain density for better stock removal and surface quality

• Versatile Use
  Compatible with stainless steel, hardwood, aluminum, and non-ferrous metals

Description:

Developed specifically for stainless steel finishing, WEEM 1112 features sharp silicon carbide grains on a flexible yet durable polyester backing that performs reliably under oil- or water-lubricated conditions. Its anti-static treatment reduces heat and loading during high-speed grinding. The closed-coat construction ensures a dense abrasive layer for a consistent linear finish.

Available in various grits, it supports a wide range of surface textures—from fine brushing to aggressive stock removal. Also suitable for use on solid wood, aluminum alloys, and other hard-to-sand materials.