Hybrid Solutions Graphene Acrylic Tire Shine Spray Coating

Introducing the Hybrid Solutions Graphene Acrylic Tire Shine Spray Coating, a revolutionary formula that produces a deep, dark gloss for your tires. By infusing graphene and acrylic, this innovative coating offers unparalleled durability, repellency, and UV protection. Not only does it provide a durable and washable coating that repels water and contaminants for months, but it also boasts incredible gloss, slickness, water repellency, and chemical resistance, while dissipating heat for increased UV protection.

With a perfect blend of cutting-edge car care technologies and Turtle Wax's decades of experience, the Hybrid Solutions formula guarantees unmatched results. Turtle Wax is dedicated to delivering the ultimate driving experience. Achieving a deep, dark, like-new appearance for your tires has never been easier. The easy sprayable application, infused with synthetic shine polymers, creates a dark, like-new shine while also keeping tires cleaner for a longer period and preventing future browning.

The unique blend of graphene and acrylic polymers results in a sling-free, durable, and washable coating that repels water and contaminants for months. In addition to maintaining a pristine appearance, this coating protects tires against harmful UV rays, preventing discoloration, cracking, and fading.

Application is a breeze - simply spray the coating evenly onto dry and clean tires, allowing it to penetrate the tire for 3-5 minutes. Remove any excess product with a microfiber or foam applicator pad. For maximum shine and durability, repeat the application process.

It is important to note that this coating should be avoided on cycle tires or any surface where a slippery surface is not desired. Additionally, clean any cement or blacktop surfaces with a strong detergent to prevent stains and slippery conditions. With the Hybrid Solutions Graphene Acrylic Tire Shine Spray Coating, your tires will look and feel like new while staying protected for months to come.

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