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Surface Reaction
Specially formulated vapors react with moisture present at the glass surface and interact with the silica in the substrate.
Infrared Covalent Glass Coating System
Protection engineered at the surface level.
Wayne’s Wax proprietary infrared covalent glass coating technology combines specially formulated vapors with an infrared drying process to create a highly durable hydrophobic treatment for glass.
During application, the specially formulated vapors react with surface moisture and the silica in the substrate. The infrared process then assists in bonding and sealing the treatment to the glass.
The result is designed to be substantially more than a conventional surface-applied water repellent: the process creates a chemical bond with the glass substrate itself.
Infrared Covalent Sealing Wand
A glass treatment designed to become part of the surface.
The technology uses a specialized chemical and infrared process to produce a covalent bond between the treatment and the glass.
Si—O
Covalent Bonding
The treatment is designed to chemically bond with the glass substrate rather than simply sit on top of it.
The Difference Is in the Bond
Why covalent bonding matters.
According to the technology description supplied for Wayne’s Wax, the bond created during the process is a covalent bond — a chemical bond in which electrons are shared between atoms.
The treatment is formulated to interact with the silica present in the glass substrate. This creates a cross-linked silicone film below the surface rather than relying solely on a conventional temporary surface film.
Covalent bonds are described as substantially stronger than the hydrogen-bond interactions commonly associated with many other water-repellent coatings.
Conventional Surface Treatment
Primarily relies on interactions at the surface of the substrate.
Wayne’s Wax Covalent System
Designed to create a chemical bond with the silica-based glass substrate.
How the Technology Works
A controlled multi-stage treatment.
The proprietary process combines chemical preparation, vapor application and infrared energy to develop the finished hydrophobic surface.
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Infrared Treatment
An infrared drying process is used during treatment to assist in converting and bonding the coating system to the glass surface.
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Cross-Linked Film
The chemical process creates a cross-linked silicone film below the surface, increasing hydrophobicity and durability.
Short-wave infrared emitter used in the covalent sealing process.
Infrared Covalent Technology
Infrared energy is part of the process.
The infrared component distinguishes this treatment process from a simple wipe-on or spray-on water repellent. Infrared energy is incorporated into the application process to assist the chemical reaction and sealing of the treatment.
This controlled process is intended to produce a durable, highly hydrophobic surface while integrating the treatment more deeply with the glass substrate.
- Specially formulated vapor chemistry
- Reaction with surface moisture and silica
- Infrared drying and sealing process
- Cross-linked silicone film below the surface
- Enhanced hydrophobicity and durability
Chemical Process
A treatment built around molecular interaction.
During the process, chlorine atoms are converted to OH groups through interaction with additional moisture. A second specially formulated vapor is then introduced to the surface and interacts with the developing chain of atoms.
This process is intended to substantially increase the hydrophobic characteristics of the treated glass and produce a durable repellent surface.
The result is a glass surface engineered to resist water and contaminants through a chemically bonded treatment rather than relying solely on a conventional surface film.
Where It Matters
Advanced glass protection for demanding environments.
Glass surfaces exposed to water, salt, weather and airborne contamination can benefit from advanced hydrophobic treatment and easier surface maintenance.
Luxury Yachts & Marine Glass
Architectural Glass
Automotive Glass
Specialty & Industrial Glass
Wayne’s Wax
Turn ordinary glass into a highly engineered surface.
Explore the Wayne’s Wax approach to infrared covalent glass restoration and advanced hydrophobic surface protection.
Contact WDD International