Rupes D-A High Performance Microfiber Pad - Blue - 5" Face - Single Pad

Part #:

9.MF130H

SKU:

RU-9.MF130H

130mm - 5 inch diameter blue pad
Specially designed to rapidly remove severe defects, sanding marks, scratches on fully cured or harder paint systems, and flat solid surfaces
The density and lateral stability of the foam interface, coupled with the specialized microfiber material, means fast cutting for dual-action random orbital and gear-driven orbital tools
Ideal for LHR15, LHR12E & LK900E series tools

Availability

Fargo - In Stock

Sioux Falls - In Stock

130mm - 5 inch diameter blue pad
Specially designed to rapidly remove severe defects, sanding marks, scratches on fully cured or harder paint systems, and flat solid surfaces
The density and lateral stability of the foam interface, coupled with the specialized microfiber material, means fast cutting for dual-action random orbital and gear-driven orbital tools
Ideal for LHR15, LHR12E & LK900E series tools

D-A Microfiber Pads

High-Performance Microfiber Pads have three levels of cutting aligned with the RUPES blue, yellow, and white color-coded system. Each pad features unique foam materials, profiles, and microfiber fabric tuned to deliver a specific range of cut and finish. From extreme cutting, to light cutting and finishing, the D-A Microfiber family delivers.

Squared edged on all three grades and all sizes may appear simple, but this profile was specifically chosen to maximize the cutting performance of the pads on D-A tool movements. Each foam is at a specific thickness to translate the desired level of tool movement to the surface.

Three sizes available to support full size tools like the LHR15, LHR21, LK900E and small tools like the LHR75. Each pad is specifically sized slightly larger than the compatible backing plate to provide edge protection during use.

High-performance fabrics. The face material for each pad was developed to deliver the highest quality results possible for it's given performance range including tweaks to fiber length, density, and denier.