CarPro Cool Pad MF 150mm (55515)

28.37 USD

55515
150mm

Brand

SKU: 8809397817572 Category: Tag:
Description

CARPRO Cool Pad Hybrid 6″ – Microfiber/Wool

The Cool Pad is a unique lambs wool and microfiber hybrid buffing pad with a patented design.

A highly resilient, integrated air-cooling 3D structure acts as a breathing layer and combines pressure relief, thermoregulation, and moisture management in one high tech composed, finished product. Developed from a pure New Zealand wool/microfiber woven material backed up with a backing pad which serves as a cooling interface between the surface and the machine. The functional layer of air space results in multiple benefits and ultimate polishing results. See below to name a few!

Features:

  • Time savings due to fast cut and high performance even on delicate surfaces.
  • Faster finishing.
  • Decrease in polishing temperature of up to 35%.
  • Well suited for polishing plastic-coated heat sensitive surfaces.
  • Stability of the pad due to its highly resistant composition.
  • Integrated air-cooling nylon gel lattice layer.
  • Less risk of holograms.
  • Wool and microfiber hybrid buffing pad.
  • Use on enamel and delicate wood coating, as well as aerospace and marine coated composite surfaces.
  • Flexibility on curved and uneven surfaces.
  • Use on both dual action or rotary.

Specifications:

  • Contents: 1 Pad
  • Function: Cutting pad with decent finishing abilities relative to cut.
  • Polishing material: Wool and microfiber alternating stripes.
  • Interlayer: 3D cooling lattice nylon (gel feel).
  • Hardness: 600kpa.
  • Diameter: 6″.
  • Thickness: 3/8″ (3/16″ microfiber/wool surface / 3/16″ 3D cooling interlayer.
  • Made in: France.
  • Color: White and tan alternating stripes.
  • Velcro color: Red.

Precautions:

  • Only recommended for use in experienced hands.
  • Pay extra attention to panel edges and repaired areas.
  • We do not recommend the CoolPad on freshly painted panels.
  • Assess paintwork prior to polishing and measure removal rates during use.