Your shopping cart is currently empty.
Meguiar's Mirror Glaze Ultra Finishing Polish 8 oz - M20508
Price:
$15.99
SKU:
MEG-M20508
Manufacturer Part #:
M20508
Permanently Removes Swirls & Light Defects From All Paints & Produces Deep Reflections & Hi gloss
Meguiar's Mirror Glaze Ultra Finishing Polish 8 oz - M20508 is a high-quality automotive polishing product designed to help professionals and car enthusiasts achieve a flawless, showroom-quality finish on their vehicles. This advanced finishing polish is part of Meguiar's renowned Mirror Glaze series, known for its exceptional performance and exceptional results.
- Use by Hand, DA Polisher, or Rotary Buffer
- Body shop safe
- 8 oz. Bottle
Key features of Meguiar's M20508 Ultra Finishing Polish:
- Advanced Formula: The M20508 is formulated with cutting-edge technology to provide a fine-tuned balance of abrasives and polishing agents. This allows it to remove minor imperfections, swirl marks, and light to moderate scratches while leaving a high-gloss, mirror-like finish.
- Professional-Grade: This product is trusted by professional detailers and is suitable for both professional and DIY use. It's designed for use with a variety of automotive finishes, including clear coats.
- Versatile Application: The Ultra Finishing Polish can be used with a variety of application methods, including rotary or dual-action polishers, as well as by hand. This versatility makes it accessible to a broad range of users.
- Stunning Gloss: One of its standout characteristics is its ability to enhance and restore the paint's depth, clarity, and brilliance, resulting in a truly remarkable shine.
- Long-Lasting Protection: While primarily a finishing polish, it also leaves a level of protection on the surface, helping to shield the paint against environmental elements and UV damage.
- Ideal for Final Polishing: This product is typically used as the final step in the polishing process, following more aggressive compounding or polishing steps. It's perfect for refining and perfecting the paint surface.