Ceramic vs. Graphene vs. Borophene Coating

Feature Ceramic Coating Graphene Coating Borophene Coating
Technology Silicon dioxide-based (SiO2) Graphene oxide-based Borophene-based (a 2D nanomaterial)
Durability 2-5 years 7+ Years 9+ Years
Hardness 9H 9H-10H 10H+
Scratch Resistance High (9H) Superior (9H-10H) Exceptional (10H+ – highest in market)
Hydrophobicity Excellent, water beads off easily Superior hydrophobicity (water beads faster) Extreme hydrophobicity (water slides off instantly)
UV & Oxidation Protection Good, prevents fading Excellent, protects against UV & oxidation Superior, highly resistant to UV & environmental contaminants
Gloss & Shine High gloss & deep shine Enhanced gloss with a slick surface Ultra-glossy finish, enhanced depth and shine
Chemical Resistance Resistant to common chemicals & contaminants Excellent resistance to chemicals & contaminants Extremely high chemical resistance, protects from harsh chemicals
Self-Cleaning Effect Moderate self-cleaning Advanced self-cleaning, reduces maintenance Maximum self-cleaning, reduces frequent washing
Water Spot Resistance High resistance, but can leave spots if not maintained Excellent resistance to water spots Best water spot resistance in the market
Temperature Resistance Good up to 800°F (427°C) Excellent up to 1000°F (537°C) Extreme, can withstand very high temperatures
Maintenance Requires periodic maintenance (top-up) Low maintenance, top-up once a year Extremely low maintenance, very long-lasting protection
Application Difficulty Moderate, requires expertise Easy to apply (usually spray-based) Slightly more advanced, requires professional application for best results
Cost Moderate (varies by brand & type) Higher due to advanced material Premium pricing due to cutting-edge borophene technology
Target Audience DIYers, detailers, car enthusiasts Professional detailers, high-end vehicles Professional detailers, high-end & luxury cars