
Choosing the right ceramic coating isn’t about marketing claims or “levels.”It’s about surface type, mechanical stress, and solids content.RHINO coatings are engineered around one core principle:the softer the surface, the more mechanical protection it needs.What Does “Solids Content” Really Mean?Solids content determines how much actual protective material remains on the surface after curing.Lower solids → thinner, more flexible layer, higher slicknessHigher solids → thicker, denser layer, stronger mechanical resistanceThis is not about “better or worse.”It’s about correct matching.SUPREME – High Solids | Maximum Mechanical ProtectionBest for:•Soft or medium-soft clear coats•Japanese, Korean, and many American paints•Vehicles exposed to heavy washing, friction, and abuse
Why SUPREME works here:Soft clear coats deform more easily under mechanical stress (wash marring, micro-scratches).SUPREME’s high solids content forms a thicker, denser quartz membrane that absorbs and resists that stress.Use SUPREME when protection matters more than ultimate slickness. Final Note – This Is About Engineering, Not HypeRHINO coatings are not layered “levels” or diluted versions of the same formula.Each one is chemically tuned for a specific surface behavior and stress profile.Choose based on the surface – not the label.
FORMULATIONS – What’s New?A New Approach to Ceramic Coating ChemistryRHINO Formulations represent a complete rethink of how ceramic coatings should be engineered, tested, and expected to perform over time.Instead of focusing on short-term surface effects or marketing-driven features, RHINO’S COATINGS were developed from the ground up as a performance-first ceramic system, built around controlled quartz-based chemistry, high-grade raw materials, and disciplined formulation design.Built on Real Chemistry – Not GimmicksThe core of RHINO Formulations is a quartz-based system, engineered to form a dense, stable silica network once cured.Cross-linked organosilanes are intentionally used to balance hardness with flexibility, reducing brittleness and surface failure under real-world stress.Every component is selected for purity, consistency, and long-term stability, not for temporary visual or tactile effects.There are no sacrificial hydrophobic additives, no short-life surface modifiers, and no reliance on frequent “top-up” products to maintain performance.Designed for Long-Term Field PerformanceRHINO Formulations are engineered to perform where coatings actually fail – over time, under abrasion, repeated washing, environmental contamination, and climate stress.Key design principles include:•Controlled solid content for meaningful film build and functional thickness•Optimized solvent systems to ensure uniform curing and consistent film formation•High resistance to chemicals, detergents, and environmental fallout•Reduced surface clogging and slow performance decay over extended useThe result is a coating that does not peak in the first weeks and then decline — but instead maintains stable hydrophobic behavior, mechanical resistance, and surface integrity over years of real driving.Tested in One of the Harshest EnvironmentsAll RHINO Formulations are developed and tested in an environment combining EXTREME heat, airborne sand acting as micro-abrasives, aggressive washing habits, and constant UV exposure.If a coating performs consistently here, it is engineered to perform anywhere.A System, Not a Single ProductRHINO Formulations are offered as a tiered system, allowing professionals to choose the chemistry that matches their application environment, skill level, and performance target – without compromising the core principles of durability, stability, and real-world usability.This is not about chasing trends or claims.It’s about building coatings that stay functional, predictable, and reliable long after the first application.RHINO FORMULATIONS – engineered for results that last, not impressions that fade.


