Professional Ceramic Protection Made Simple
Tino Ceramic Snow Foam was developed over years of real-world testing on thousands of vehicles.
The goal was to make ceramic-style protection simple and easy to use, delivering reliable results in all conditions without the time, tools, or complexity of traditional coatings.
The result is an advanced foam that coats the entire exterior, reaching areas often missed during normal protection. When rinsed, it leaves behind a smooth ceramic layer that enhances gloss, repels water and dirt, and helps keep the vehicle cleaner for longer.
Tino Ceramic Snow Foam stands out by delivering proven ceramic protection, full exterior coverage, and provides professional-level results that anyone can achieve during a normal wash.
Trusted by Car Lovers Everywhere!
Your Questions, Answered
-
The Tino Ceramic Snow Foam is a ceramic-infused formula designed to be applied to a freshly cleaned, wet vehicle. Its thick foam evenly coats all surfaces, including paint, trim, wheels, callipers, panel gaps, and even glass, forming a uniform, durable ceramic layer. This layer enhances gloss, repels water and dirt, and provides 1–2 months of protection, delivering professional-grade results with minimal effort.
-
Each application lasts 1–2 months, depending on washing frequency and conditions, keeping your car cleaner and shinier for longer.
-
Yes. Its non-abrasive formula is safe for paint, glass, trim, plastics, and metal, including the windshield, delivering professional-grade protection without risk of scratches or streaks.
-
Use a foam lance (dilute 1:5) or a spray bottle (dilute 1:10). Apply directly to a clean, wet car, then rinse off immediately and dry with a microfiber towel. No rubbing or polishing is needed.
-
Apply after washing and rinsing the shampoo, while the car is still wet, just before drying. This ensures full coverage and maximum ceramic protection.
-
Yes. It works as an excellent top-up over wax or ceramic coatings, refreshing protection, enhancing gloss, and boosting water-repellent performance without stripping existing layers.