3D SPEED (32oz) - 3D CAR CARE

The 3D CAR CARE 3D SPEED (32oz), model number 425OZ32, is a professional-grade all-in-one polish and wax engineered for efficient paint correction and protection. This versatile solution is designed for automotive and industrial applications, streamlining the detailing process by combining compounding, polishing, and sealing into a single step. It effectively addresses minor paint imperfections while simultaneously imparting a high-gloss finish and durable protection.

Key Features

• All-in-One Formulation: This product integrates defect removal, polishing, and wax protection into a single formulation, significantly reducing the time required for comprehensive paint care.
• Effective Defect Correction: Capable of removing light to moderate swirl marks, fine scratches, water spots, oxidation, and haze from various painted surfaces.
• High-Gloss Finish: Formulated to restore depth, clarity, and a mirror-like gloss to automotive paintwork, enhancing the vehicle's aesthetic appeal.
• Durable Protection: Leaves behind a robust layer of synthetic paint sealant blended with Montan Wax, offering long-lasting shine and resistance to environmental contaminants and high heat climates.
• User-Friendly Application: Designed for both hand application and machine use, with optimal results achieved via a Dual Action (DA) polisher. The zero-dusting formula contributes to a cleaner working environment.
• Versatile Compatibility: This product is safe and effective for use on automotive paint, clear coats, gelcoat, and various plastic surfaces.

Applications

3D SPEED is ideal for professional technicians and detailers seeking an efficient solution for paint enhancement and protection. Common use cases include preparing pre-owned vehicles for sale, performing light paint correction services, and maintaining fleet vehicles. It is also suitable for a final finish on new paint jobs or as a regular maintenance product to restore gloss and add protection to automotive and industrial equipment with painted surfaces.