Ultra advanced mimetic nano components offering exceptional hydrophobic and abrasion resistant protection to glass and polycarbonate surfaces.
Ultra advanced mimetic nano components provide exceptional hydrophobic protection. Click to learn more.
Dark Matter Technology® reinforced coating offers superior resistance to physical wear. Click to explore.
Increases safety and visibility through improved water sheeting and optical clarity. Click for details.
HyperGlass™ nanomembrane coating incorporates ultra advanced mimetic nano components which offer exceptional hydrophobic and abrasion resistant protection to glass and polycarbonate surfaces.
The mimetic nano components are engineered to mimic natural self-cleaning surfaces found in nature, creating a molecularly smooth barrier that causes water to bead and roll off instantly. This technology ensures maximum visibility during adverse weather conditions while protecting the underlying surface from environmental damage.
Mimetic nano technology creates a surface so smooth at the molecular level that contaminants struggle to adhere, resulting in superior self-cleaning performance and long-lasting protection.
This Dark Matter Technology® reinforced coating offers best-in-class abrasion resistant properties, providing superior protection against wiper blade wear, ice scrapers, and environmental debris.
Unlike conventional glass coatings that degrade quickly under mechanical stress, HyperGlass™ maintains its protective integrity through repeated abrasion cycles. The reinforced nanomembrane creates a hardened surface layer that resists micro-scratching and maintains optical clarity over extended periods.
The exclusive Dark Matter Technology® reinforcement provides molecular-level strengthening, ensuring the coating remains intact even under harsh mechanical conditions that would compromise standard glass treatments.
HyperGlass™ increases safety and visibility by creating an optically clear surface that sheds water instantly. At speeds above 40 km/h (25 mph), water droplets are actively repelled from the glass surface, significantly improving driver visibility during rain.
The nanomembrane coating also reduces glare from oncoming headlights at night by creating a more uniform surface that minimizes light scatter. This dual benefit of water repellency and glare reduction makes HyperGlass™ an essential safety upgrade for any vehicle.
Improved water sheeting at speed, reduced glare, enhanced night visibility, and maintained optical clarity in all weather conditions contribute to safer driving experiences.
Maintain protected surfaces with ULTRA v4.0™ or OMNIGUARD™ for optimal longevity. Regular maintenance ensures continuous hydrophobic performance and extends the coating's effective service life.
HyperGlass™ is a single-layer coating and cannot be stacked. Unlike other products in our range, this coating achieves full performance with a single application. The 6-hour cure time must be observed before exposing the surface to moisture or mechanical stress.
HyperGlass™ is specifically formulated for glass and polycarbonate surfaces. Compatible with automotive windshields, side windows, rear windows, mirrors, glass roofs, and polycarbonate headlight lenses.
Dark Matter Technology® is Titan Coatings' exclusive reinforcement system that operates at the molecular level to enhance coating durability and performance. In HyperGlass™, this technology provides best-in-class abrasion resistance that surpasses conventional glass coatings.
The technology works by creating cross-linked molecular chains that form a reinforced nanomembrane. This structure absorbs and distributes mechanical stress, preventing the micro-fractures that typically cause glass coatings to fail prematurely.
Dark Matter Technology® delivers exceptional abrasion resistance, extended coating life, maintained optical clarity, and consistent hydrophobic performance throughout the coating's service life.
Discover the HyperGlass™ difference with Dark Matter Technology® reinforcement. Best-in-class abrasion resistance meets exceptional hydrophobic performance for unmatched glass and polycarbonate protection.
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