Doppelseitige Scheibe

Type of Grit

  • Silicon Carbide

Application

  • For rubbing down cementitious floor topcoats, glue residues, and latex.

  • Can be used with machines up to 350 RPM.

Structural Features (Sandpaper)

  • The two sides of the sandpaper are provided with sand grains of different coarseness: one side is coarse sand, and the other side is fine sand.

Advantages (Sandpaper)

  • It can be directly flipped over for different grinding requirements without changing the sandpaper.

  • Reduces the time and effort spent on replacing sandpaper.

  • Improves work efficiency and reduces sandpaper waste.

Application Scenarios (Sandpaper)

  • Woodworking: For initial sanding and fine polishing of wood.

  • Car repair: For rough grinding and fine grinding of body surfaces.

  • Model making: For polishing model surfaces to achieve smoothness and texture.Doppelseitige Scheibe

Structural Features (Double-Sided Sanding Machine)

  • Equipped with symmetrical sand frames at the top and bottom.

  • A precise transmission system and pressure control system ensure uniform grinding of upper and lower plate surfaces simultaneously.

Advantages (Double-Sided Sanding Machine)

  • High-efficiency processing: Completes sanding of both sides of boards at one time, improving production efficiency by over 50% compared to traditional machines.

  • Consistent precision: Floating sand frame design adapts to different plate thicknesses, ensuring accuracy and avoiding inconsistent flatness caused by flipping.

  • Diverse processes: Supports multiple abrasive belts (e.g., ceramic belts for rough grinding, silicon carbide belts for fine polishing), meeting varied surface treatment needs.

Application Scenarios (Double-Sided Sanding Machine)

  • Furniture manufacturing & decoration: Both surfaces of boards can be processed simultaneously, ensuring a tighter fit in wooden flooring.

  • Automotive interiors: Enhances the smoothness and tactile quality of plastic sheets.

  • Metal processing: Enables double-sided grinding of metal sheets to improve surface quality and precision.