Give tires a natural, new-looking sheen that won't wash off!
McKee's 37 Gloss Tire Gel is a long-lasting rubber dressing and protectant that gives tires a sleek, subtle shine. The durable polymer formula contains powerful UV blockers and ozone protectants to keep tires, wheels wells, and rubber trim looking like new. McKee's 37 Gloss Tire Gel can be used on any rubber or vinyl surface!
McKee's 37 Gloss Tire Gel penetrates deep below the surface to hydrate and refresh dull, dry rubber. The gel actually cures to the rubber to create a long-lasting finish that resists sling-off. Because the gel is within the rubber, it does not rinse off in the rain and it even lasts through a wash or two.
McKee's 37 Gloss Tire Gel is like moisturizer for rubber tires and trim. It improves the look and texture of the rubber, making it look darker and suppler. Advanced UV and ozone protectants block out rubber-aging agents to keep tires looking like new.
Use McKee's 37 Gloss Tire Gel for the health and longevity of your tires! McKee's 37 Gloss Tire Gel contains no petroleum distillates and the formula is VOC (volatile organic compound) compliant and water-based.
The finish created by McKee's 37 Gloss Tire Gel is deep and dark with a natural-looking sheen. Tires will feel dry to the touch, never greasy. Use McKee's 37 Gloss Tire Gel inside your vehicle, too. The clean-feeling finish protects and enhances interior surfaces, like the dashboard, door panels, console, and vinyl seats.
For the best results, allow McKee's 37 Gloss Tire Gel to cure to the rubber for 30 minutes before driving or applying another coat. Do not allow the gel to pool around raised letters or around the edge of the wheel. Thin, even coats will prevent sling-off and allow for optimum longevity. If overspray occurs, simply wipe it off. This water-based gel will not affect the clear coat of painted surfaces.
Create a rich shine on your tires to complement the one that you’ve created on your paint. McKee's 37 Gloss Tire Gel is a shining example of what a tire dressing can be.