Skip to Main Content
Canadian
Canadian owned and operated

15M155 - Walter 5-Inch Turbo Backing Pad for COOLCUT XX - White

Packaging: 1 per each
$38.68/ea $24.18/1 per each only $24.18/eaSave 37%

Usually ships within 3-5 business days

SKU: 15M155 Categories: ,

OVERVIEW

Optimize Your Sanding with the Walter 15M155 Turbo Pad

The Walter 15M155 5" Qck Change Turbo Pad is an essential accessory designed to unlock the full potential of your COOLCUT XX sanding discs. In the world of metal fabrication and finishing, heat is the primary enemy of abrasive longevity. Excessive heat softens the resin bond of sanding discs and dulls the grain, leading to glazed abrasives and wasted consumables. Walter Surface Technologies has addressed this challenge with their innovative Turbo Pad design.

This backing pad features a unique ribbed structure on its face. As the angle grinder spins at high RPMs, these ribs act like a centrifugal fan, forcing a consistent stream of air between the backing pad and the abrasive disc. This active airflow dissipates heat rapidly, keeping both the workpiece and the disc significantly cooler than standard flat backing pads. The result is a dramatic increase in the lifespan of your COOLCUT XX discs, allowing you to work longer without changing abrasives.

The "White" classification of this pad indicates its specific density and flexibility, tailored to provide the right amount of support for general purpose and finishing applications. Its saucer shape is ergonomically designed to maintain the optimal angle of attack, ensuring that the abrasive contacts the metal efficiently without gouging. Whether you are blending welds on stainless steel or removing rust from carbon steel, the 15M155 ensures your abrasives perform at their peak.

Furthermore, the Quick Change capability implies a design focused on efficiency, allowing operators to swap out worn pads or switch between grits with minimal downtime. By maintaining a cooler grinding zone, this pad also helps prevent heat-tinting and discoloration on sensitive alloys, reducing the need for post-weld rework. Invest in the Walter 15M155 to save money on consumables and improve your finishing quality.

Additional Information
Packaging Description:1 per each
Diameter (in):5"
Color:White
Item:Backing Pad
Product Type:Turbo Backing Pad
Mounting Type:Quick Change
----- new values below ----
Product Type:Turbo Backing Pad
Compatible Abrasive:COOLCUT XX
Design Features:Ribbed Backing, Saucer Shaped, Airflow Cooling
Mounting Type:Quick Change
Brand:Walter
Diameter (in):5"
Color:White
Item:Backing Pad

INCLUDED

  • 1x 5" White Turbo Backing Pad
  • Mounting Hardware (if applicable)

APPLICATIONS

  • Mounting COOLCUT XX sanding discs to 5-inch angle grinders
  • Heavy-duty sanding and grinding on steel and stainless steel
  • Weld blending and surface finishing
  • Applications requiring heat management to prevent metal discoloration
  • General metal fabrication and MRO tasks

FAQ

The ribs create air channels that generate airflow behind the sanding disc as it spins. This cools the disc and the workpiece, extending the life of the abrasive.

While it may fit other discs, it is specifically designed to maximize the performance of Walter COOLCUT XX sanding discs.

In backing pads, color often codes for density or hardness. The White pad typically offers a balance of flexibility and stiffness suitable for general purpose grinding and finishing.

This pad is designed for 5-inch angle grinders. Ensure your grinder has the appropriate spindle size (typically 5/8"-11) for the mounting hardware.

Yes, by keeping the grinding zone cooler, it helps prevent heat tinting and discoloration, which is a common issue when working with stainless steel.

The saucer shape provides an ergonomic angle of attack, allowing the operator to apply pressure effectively while maintaining control for a smooth finish.

No, this is a backing pad for sanding/fiber discs. It is not designed for cutting wheels or grinding wheels.

This refers to the ease of mounting and dismounting the pad and disc, minimizing downtime during abrasive changes.