technology

Harnessing The Power Of NanoTechnology

We take pride in keeping NanoCure® protectants on the leading-edge of the vehicle appearance marketplace and continuously work to improve the performance of the chemicals that safeguard against damage to vehicle surfaces. Nothing showcases that more than NanoCure with Nanoxide®, which includes UV inhibitors and polymers to form a molecular bond with the surface for superior protection. Our proprietary technologies enhance both a vehicle’s interior and exterior with protection products scientifically engineered to perform in ways most other products cannot.

    Defense Against The Elements

    Nanotechnology enables our protectants to effectively battle the elements that can harm a vehicle’s appearance. Nanotechnology fills uneven areas of hard, porous surfaces, molded plastic, painted metal, end caps, black trim molding and windshield surface to create a weather- and hazard-resistant shield. For vehicle interiors, nanotechnology helps fill uneven areas in leather and vinyl to prevent fading and staining with permanent UV protection.

      Defense Against The Elements

      Nanotechnology enables our protectants to effectively battle the elements that can harm a vehicle’s appearance. Nanotechnology fills uneven areas of hard, porous surfaces, molded plastic, painted metal, end caps, black trim molding and windshield surface to create a weather- and hazard-resistant shield. For vehicle interiors, nanotechnology helps fill uneven areas in leather and vinyl to prevent fading and staining with permanent UV protection.

        The Strength & Science of Ceramic

        NanoCure Ceramic Spray-On Exterior Protectant features a combination of reactive silicones and polysiloxanes formulated to increase gloss and durability, reduce road film deposits, ease in cleaning, and improve scratch resistance. This formulation has a reactive polysiloxane that causes crosslinking of the silicone matrix into an extra hard ceramic coat. This crosslinking process continues after the initial application, creating an increasingly tougher surface over time.

          A Scientifically Elevated Windshield Protectant

          Windshield Protectant with Nanoxide™ is formulated with various types of nano particles, such as Silica and Zinc Oxide. These microscopic particles bond with the Silica in the glass to create a smoother, harder surface that is also resistant to ultra-violet radiation. The protectant also contains polysiloxanes that bond with the glass and make it hydrophobic, causing the windshield to shed water, snow and ice.

          A Scientifically Elevated Windshield Protectant

          Windshield Protectant with Nanoxide™ is formulated with various types of nano particles, such as Silica and Zinc Oxide. These microscopic particles bond with the Silica in the glass to create a smoother, harder surface that is also resistant to ultra-violet radiation. The protectant also contains polysiloxanes that bond with the glass and make it hydrophobic, causing the windshield to shed water, snow and ice.