The Chemical Guys Hex-Logic Quantum Medium-Heavy Cutting Pad is designed for automotive paint correction, helping remove moderate to heavy surface defects while preparing the finish for polishing. Its orange foam construction provides the cutting ability needed to address oxidation, sanding marks, swirl marks, water spots, and other imperfections when paired with an appropriate compound or polish. The 5.5-inch pad size is well suited for controlled machine polishing on a wide range of vehicle panels.

The Hex-Logic surface pattern helps distribute compound evenly across the working area while supporting consistent contact between the pad and paint. This design can help improve product control, reduce uneven application, and promote uniform correction results. The pad is compatible with common dual-action and rotary polishing systems equipped for its size, making it a practical choice for professional detailers, body shops, and automotive enthusiasts.

Use the Chemical Guys BUFX112HEX5 pad with the recommended compound and machine speed for the condition of the vehicle’s finish. Begin with a test area to determine the appropriate combination of product, pressure, and polishing speed, then clean the pad regularly during use to maintain performance. After detailing, wash the pad according to the manufacturer’s care recommendations and allow it to dry completely before storage. The orange medium-heavy cutting foam is intended for correction work and may be followed by a finishing pad and polish when a refined gloss is desired.

Features:

• Medium-heavy cutting foam helps correct oxidation, swirl marks, water spots, sanding marks, and other paint defects
• Orange Hex-Logic Quantum surface supports even compound distribution and consistent polishing contact
• Designed for use with dual-action and rotary polishers equipped for a 5.5-inch pad
• Suitable for automotive paint correction, detailing, body shop, and enthusiast applications
• Use with an appropriate compound or polish and follow with a finishing step when needed