Backing pads for random orbital sanders Fervi PFL125/10F8

What it is

The Fervi PFL125/10F8 backing pad for random orbital sanders is a spare support for abrasives with hook-and-loop fixing, dedicated to random orbital sanders. It has a thickness of 10 mm, a 5/16" shank and an 8-hole configuration for dust extraction, which helps keep the surface clean and extends the life of the abrasive. The declared maximum operating speed is 12000 rpm.

A backing pad is the support disc fitted to a sander or grinder that holds sanding paper, fibre discs or polishing pads.

What it is for

Used for sanding surfaces before painting and for sanding surfaces, as preparation or as a finish.

How to use it

Choose a backing pad with the same diameter, fitting and dust extraction holes as the machine and discs. Fit it with the machine stopped, apply the abrasive with the holes aligned and work flat without forcing, so as not to overheat the hook-and-loop face. Replace it when the hook-and-loop no longer holds or the pad is deformed.

Where it is used

• Vehicle body repair
• Renovation

Technical data

• Thickness (mm): 10
• Shank: 5/16"
• Holes: 8 holes
• Maximum speed (rpm): 12000

Who it is for

Designed for vehicle body repairers, joiners and painters and decorators.

Related products

• Backing pads for random orbital sanders Fervi PFL150/10
• Backing pads for random orbital sanders Fervi
• Hook-and-loop discs Fervi ZSA150/80F6 — from the category Abrasive Sheets and Pads for Random Orbital Sanders
• Random Orbital Sander, 150mm, 450W, Fervi FFRS04503A-150K — from the category Random Orbital Sanders
• 115mm 720W angle grinder Fervi FFAG07203A-115K — from the category Angle Grinders
• Browse the whole category: Backing Pads for Random Orbital and Orbital Sanders

Before you order

Tell us the quantities you need and the intended use: if there is a more suitable version, or an equivalent available sooner, we will let you know.

For prices and availability, request a quote from AMES Srl: we will reply with our quotation, delivery times and, where needed, an equivalent technical alternative.