Sanding Belt Metabo 3 50 x 1020 mm P 180 DGS Red

The Metabo 3 Sanding Belts 50 x 1020 mm P 180 DGS Red are abrasive belts designed for surface finishing on aluminium, metal, plastic and rubber. Each belt in the three-pack measures 50 mm wide and 1020 mm long and uses a P 180 grit to produce a fine-to-medium abrasive action suitable for smoothing and preparing surfaces prior to further treatment. The red colour identifies the belt type and its recommended material compatibility.

Advantages

These sanding belts combine a consistent grit structure with a backing that provides stability during use, resulting in even material removal and reduced clogging on softer substrates. Delivered as a set of three, they allow uninterrupted work by offering ready replacements when one belt becomes worn. The P 180 abrasive grade balances surface refinement with efficient stock removal for light deburring, surface blending and preparation tasks.

Suitable for

• Sanding and finishing aluminium profiles and parts
• Light grinding and surface preparation on mild steel and other metals
• Smoothing and finishing plastic components
• Refining rubber parts and removing minor surface defects

Key specifications

• Dimensions: 50 mm × 1020 mm
• Abrasive grit: P 180 (fine-to-medium)
• Quantity in pack: 3 belts
• Colour: red (identifies abrasive type)
• Suitable substrate types: aluminium, metals, plastics, rubber

How to use

Fit the 50 x 1020 mm belt to a compatible belt sander following the tool manufacturer's instructions, ensuring correct tension and tracking before operation. Start with light contact and moderate feed pressure, moving the sander evenly across the workpiece to avoid gouging. Replace worn belts from the three-pack as needed to maintain consistent finish quality; inspect belts periodically for clogging or damage and clean or change them if performance decreases.

Recommendations

Use appropriate personal protective equipment including eye protection, gloves and a dust mask. Select P 180 grit for surface smoothing and preparation rather than heavy stock removal. For best results on non-ferrous metals like aluminium, maintain steady motion and avoid excessive heat build-up that may discolour or deform the material.