SILICON CARBIDE WIDE SANDING BELT FOR STAINLESS STEEL BRUSHING / DRY AND WET GRINDING

Silicon Carbide Wide Sanding Belt For Stainless Steel Brushing / Dry And Wet Grinding

Quick Detail: 

WEEM 1113 wide sanding belt is a high-performance solution designed for brushing of stainless steel. Constructed with premium silicon carbide grains, resin-over-resin bonding, and a high-strength waterproof polyester backing, it ensures superior durability, surface quality, and dimensional stability under both wet and dry grinding conditions. Stocked in jumbo width up to 1630 mm (64”), suitable for conversion into wide belts up to 1600 mm.

 Specifications:

 Grit Range:

● : Regular  ○ : Custom

 Joint Options: 

WEEM 1113 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: 

• Brushed finishing of cold-rolled and hot-rolled stainless steel sheets & coils
• Decorative surface sanding for stainless panels and appliances
• General metal sanding including aluminum and brass
• Hardwood and composite wood surface preparation
• Wet and oil-based grinding environments

 Competitive Advantage: 

• Premium Silicon Carbide Grain
  Sharp and consistent cutting with fine linear finish lines

• Reinforced Polyester Backing
  Tear-resistant and pressure-resistant for heavy-duty use

• Closed-Coat Structure
  Maximizes grain density and extends abrasive life

• Wet & Dry Compatibility
  Performs reliably in water or oil-lubricated grinding environments

 Description:

WEEM 1113 is engineered for stainless steel surface finishing, featuring a specially treated abrasive face for uniform brush lines. Compared to WEEM 1112, this version uses a thicker, stiffer polyester backing to withstand greater pressure and impact during heavy-duty grinding.

Only premium-grade silicon carbide is selected, known for its extremely sharp crystalline structure that delivers fine, straight-edged scratch patterns. It cuts efficiently even under light pressure and is ideal for non-ferrous metals, wood, glass, rubber, plastics, and for finishing coatings, primers, lacquers, and polyurethanes. A closed-coat grain layout ensures maximum grain density, increasing stock removal rate, prolonging service life, and producing a smoother finish.