Description
The Mint ProTools Backing Plate for Rotary 1″ is a high-quality backing plate designed specifically for 1″ foam buffing pads. It offers exceptional compatibility and performance when used with rotary buffing machines.
The plate connects to all 14mm screw fittings on most quality, rotary buffing machines such as the Makita, Metabo, Festool. The backing pad allows the range of foam buffing pads to be attached with ease via a Velcro system.
Designed to fit with most 1″ including the Mint ProTools, Festool, Lake Country and other quality foam pad ranges.
Product Features and Benefits:
- Designed to fit 1″ foam buffing pads.
- Compatible with most rotary buffing machines featuring 14mm screw fittings.
- Constructed with high-quality materials for durability and reliability.
- Velcro system for easy and secure attachment of foam buffing pads.
- Provides precise control and efficient polishing performance.
- Maximizes polishing efficiency, reducing time and effort required for exceptional results.
- Compatible with popular foam pad ranges.
The Mint ProTools Backing Plate for Rotary 1″ is a reliable and high-performance accessory designed specifically for rotary buffing machines. It is engineered to work seamlessly with 1″ foam buffing pads, providing outstanding results in your car detailing projects. This backing plate is compatible with most rotary buffing machines that feature 14mm screw fittings. The Velcro system allows for effortless and secure attachment of foam buffing pads, ensuring a reliable connection during the polishing process. Crafted with high-quality materials, the Mint ProTools Backing Plate for Rotary 1″ offers durability and longevity, making it a valuable tool in your detailing toolkit. Its precise design provides excellent control and efficient polishing performance, enabling you to achieve exceptional results with ease. The backing plate is compatible with a wide range of 1″ foam pad options. This versatility allows you to select the ideal foam pad for your specific detailing needs, ensuring optimal results on various surfaces and paint types.





