Chemical Guys White Hex Logic Hand Applicator Pad - Clearance

Chemical Guys White Hex Logic Hand Applicator Pad

Pick up Hex-Logic Hand Applicator Pads when polishing hard-to-reach spots and small isolated areas. Hex-Logic Hand Pads are perfect for polishing and removing swirls, scratches, and paint transfer from wherever a machine polisher just won’t fit. Door handles, trunk jambs, window sills, wheels, exhaust tips, and foglights can now be polished without a dual action polisher or rotary buffer. These hand-held polishing pads use the same premium pad foams, Hex-Logic grooves, and distinct foam densities as the Hex-Logic Machine Polishing Pads. When Hex-Logic engineers were designing the best pattern to evenly spread polish across the work surface, they drew inspiration from nature. Bees instinctively build their honeycombs with hexagonal chambers: the most efficient shape for dividing any given space into an even grid. When polishing compound is spread over the hexagonal chambers of a Hex-Logic pad, the hexagon grooves ensure the best spread for even paint removal and fast and efficient polishing work over any painted surface. Use the White Hex-Logic Hand Polishing Pad to refine compounding marks, or to remove swirls, scratches, oxidation, and paint transfer from painted surfaces in and around any automobile. The White Hex-Logic Light Duty Hand Polishing Pad is perfect for removing fingernail scratches from the back of door handles where no machine polisher can fit. Follow up by spreading a coat of protective wax with the ultra-soft Black Hex-Logic Hand Pad. When a machine polisher is out of the question, choose the Hex-Logic Hand Polishing Pad from Chemical Guys.

Features:

• Polish swirls and scratches without a machine
• Fits in small areas like doorjambs, handles, and mirrors
• Perfect size for any hand
• Works great on intricate shapes on wheels, headlights, bumpers, windows, and exhaust tips
• Use White Light Duty Polishing Pad with light finishing polish
• Perfect for removing swirl marks, scratches, oxidation, paint transfer, and marring