Weha 3.5" Back Up Pad for Weha Turbo Polishing Pads

WEHA
SKU:
WEH 51080
$21.31
(No reviews yet)
Current Stock:
Adding to cart… The item has been added
Introducing the Weha 3.5" Back Up Pad, the perfect companion for your Weha turbo polishing pads. Designed with precision in mind, this rigid back up pad ensures that your polishing process is smooth and efficient, allowing you to achieve a flawless finish on all your tile and stone projects. With an innovative interior ridge, this pad keeps your polishing pads securely in place, minimizing movement during operation. Built to withstand the rigors of industrial use, the Weha back up pad is a reliable tool for any fabricator or installer.

Key Features

  • 3.5" rigid design for optimal stability
  • Interior ridge to prevent pad movement
  • 5/8-11 thread compatibility for easy attachment
  • Strong hook & loop for secure pad fitting
  • Premium quality construction for durability
  • Lightweight at just 0.12 lbs for easy handling

Who Is This For?

This back up pad is ideal for professional tile and stone fabricators, countertop installers, and stone masons who demand high-quality tools for precision work. Whether you're in an industrial fabrication shop or tackling a home renovation project, this pad helps ensure a polished and professional finish every time.

Frequently Asked Questions

What is the purpose of the interior ridge?

The interior ridge is designed to prevent the polishing pads from moving during use, ensuring a consistent finish.

Is this pad compatible with other brands of polishing pads?

This back up pad is specifically designed for Weha turbo polishing pads and may not perform optimally with other brands.

How do I attach the polishing pad?

Simply align the polishing pad with the hook & loop surface and press down to secure it in place.

Can this pad be used for wet polishing?

Yes, the Weha back up pad is suitable for both wet and dry polishing applications.

What materials can I use this pad on?

This back up pad is ideal for use on various types of stone, tile, and concrete surfaces.