Skip to product information
1 of 2

Chemical Guys Hex-Logic White Quantum Buffing Pad

Chemical Guys Hex-Logic White Quantum Buffing Pad

SKU:

24 in stock

Key Features

  • Hex-Logic pattern and optional venting ensure even coverage and heat control for consistent results.
  • Refines paint after compounding by removing haze, swirls, and buffer trails.
  • Ideal for use with finishing polishes like P4.
Size
Regular price £14.99 GBP
Regular price Sale price £14.99 GBP
Sale Sold out
Taxes included. Shipping calculated at checkout.
Quantity
View full details
Your cart
Variant Variant total Quantity Price Variant total
5.5"
5.5"
£14.99/ea
£0.00
£14.99/ea £0.00
6.5"
6.5"
£17.99/ea
£0.00
Sold out
£17.99/ea £0.00

View cart
0

Total items

£0.00

Product subtotal

Taxes included. Discounts and shipping calculated at checkout.
View cart

Description

White Hex-Logic Polishing Pad - Refine Paintwork, Restore Gloss

The White Hex-Logic Pad is a medium-soft polishing pad designed to refine paint after heavy compounding. Perfect for use with finishing polishes like V36 or V38, it removes light swirls, holograms, and buffer trails to restore clarity, depth, and a wet-look shine.

Use This Pad To:

  • Refine paintwork after cutting with orange or yellow pads.
  • Remove holograms and compound marring.
  • Restore gloss, clarity, and deep wet reflection.
  • Apply finishing polishes like V36 or V38.
  • Achieve smooth results with minimal product use.

Professional Results After Every Heavy Correction

Aggressive polishing can leave behind haze or buffer trails. The White Pad bridges the gap between cutting and finishing, helping you restore a flawless finish. Pair it with a light polish to safely refine paint without further cutting into the surface.

Hex-Logic Engineering

Featuring the advanced Hex-Logic surface pattern, the pad spreads polish evenly, adapts to curves, and reduces heat buildup. Vented pads include the precision porthole to channel heat away from the centre, increasing pad life and machine efficiency.

More Information

Application Instructions

Specifications

Documents