Roadblock Ceramic Detailer

Shield your vehicle with Roadblock, the ultimate silica spray sealant that blends the strength and resilience of glass into a simple spray-and-wipe formula. This innovative product delivers a brilliant, glass-like finish while providing a silky-smooth and durable protective layer that lasts up to 6 months. Perfect for cars, boats, and recreational vehicles, Roadblock ensures a pristine, long-lasting shine on every surface it touches. Versatile and safe, Roadblock can be used on paint, chrome, glass, and even plastic, making it your all-in-one solution for effortless protection and dazzling results HYDROPHIC FORMULA -STAY SPOTLESS: Our innovative hydrophobic formula causes water to effortlessly bead and slide off, minimizing water spots and simplifying upkeep. With cutting-edge SiO2 technology, your vehicle stays cleaner for longer, with minimal effort. Get a lasting, pristine look with ease. ULTIMATE SHINE: Achieve a glass-like, long-lasting finish with advanced hydrophobic polymers and nanoparticles of SiO2. Quick and easy to apply, providing superior hydrophobic water beading and UV resistance for months. Upgrade your detail game! SHIELD OF STRENGTH: Our advanced formula provides a glass-hard protective layer, defending your vehicle against scratches, UV rays, road grime and damaging oxidation. Enjoy durable, long-lasting protection that keeps your car looking pristine. EFFORTLESS ELEGANCE: Achieve showroom-quality results in minutes with a simple spray-on, wipe-off application. Our advanced formula ensures a flawless, luxurious finish every time. Transform your vehicle with ease and style. TOTAL VEHICLE PROTECTION: Unlock unmatched ceramic protection, water beading, and shine on paint, chrome, glass, plastic, wheels, trim, mirrors, headlights, taillights, and more. Perfect for use between washes, over wax, or on any treated/untreated vehicle. Get the brilliance your car deserves! VERSATILE USE: Ideal for cars, boats, motorcycles, RVs, and even household surfaces like windows and other surfaces.