CHEMICAL GUYS BUFX_201 Hex-Logic Medium Cutting Hand Applicator Pad, Orange (3 in. x 6 in. x 1 in.)

Brand: Chemical Guys

(4.6)

$9.99

  • Perfect size for any hand
  • Fits in small areas such as door jams, handles and mirrors
  • Works great on wheels, bumpers, windows and exhaust tips
  • Ideal for removing swirl marks, scratches, oxidation and marring
  • Medium cutting pad

Description

The Hex-Logic Medium Cutting Hand Applicator Pad is a firm, high density foam pad that is ideal for scratch and defect removal. This pad offers the correction of a typical compounding pad while at the same time allowing the polishing ability of a light cut foam pad. When used with heavier compounds it will remove moderate swirls and scratches with little or no haze. It is an all around pad that will work on most light to moderate imperfections. This pad makes polishing any surface - including handles, door jams, windows, wheels, exhaust tips and headlights a breeze. This hand-held pad is perfect for removing swirl marks, scratches, oxidation and marring. This pad is the perfect size for anyone - small or large hand. The unique foam contours to the shape of your hand so you can restore chine and gloss to any surface. This pad even works great on the interior of your vehicle to polish and restore wood grain dashboards and trim. The Hex-logic pads are designed to work on flat, rounded and angled surfaces. The unique construction of the pads makes them extremely easy to maneuver while retailing the correct amount of product evenly through the pad. Hex-logic pads keep product in the groves while you start and as the pad is spun and rubbed against the surface, the polish will travel through the hex groves evenly delivering a superior accurate finish, while keeping the surface constantly lubricated to reduce friction and marring. The unique hex laser cut surface of the pad enables Hex-logic pads to conform to the shape of the surface delivering maximum surface contact. Unique hexagon construction forms perfectly to a vehicle's many curves while the unique pad construction reduces unnecessary heat.