Lixa Metabo 629065000 50 mm x 1020 mm 3 unid.

Three Metabo sanding belts (model 629065000) sized 50 x 1020 mm, grit P100, made from aluminium oxide with a dense abrasive distribution for effective material removal and extended service life. The belts are suitable for a wide range of sanding and deburring tasks on metals, non-alloyed and low-alloy steels, cast iron, aluminium alloys, brass, bronze, hard metal coatings, as well as rubber and plastics. Recommended circumferential speed is 25–35 m/s.

Advantages

The aluminium oxide abrasive delivers consistent cutting performance and long durability under continuous use. Dense grain distribution ensures efficient material removal while maintaining belt life. The standard size (50 x 1020 mm) and P100 grit make these belts versatile for both metalworking and non-metal applications. Supplied as a pack of three for convenient replacement and reduced downtime.

Suitable for

• Grinding and deburring of non-alloyed and low-alloy steels
• Surface preparation on cast iron and aluminium alloys
• Removing coatings from brass, bronze and hard metal surfaces
• Sanding and shaping rubber and various plastics

Key specifications

• Brand: Metabo
• Manufacturer part number (MPN): 629065000
• EAN: 4007430202208
• Dimensions: 50 x 1020 mm
• Grit: P100
• Material: Aluminium oxide abrasive
• Pack quantity: 3 pieces
• Recommended circumferential speed: 25–35 m/s

How to use

Install the sanding belt on a compatible Metabo belt sander following the tool manufacturer's instructions. Ensure correct belt tracking and tension before operation. Use appropriate feed pressure and maintain the recommended circumferential speed (25–35 m/s) to achieve uniform sanding and maximize belt life. Replace the belt when abrasive performance drops or damage occurs.

Recommendations

For best results, wear suitable personal protective equipment (safety goggles, gloves, and dust mask), secure the workpiece, and select the P100 grit belt for medium material removal and surface blending. Store belts in a dry area away from extreme temperatures to preserve abrasive properties.