Custom anti-fog glass and anti-fog coated cover glass made to drawing for displays, optical windows, monitoring equipment and precision instruments. Nano hydrophilic coating helps reduce visible fogging and maintain a clearer viewing surface in humid or temperature-changing environments.
GelivableGlass manufactures custom cover glass and precision glass parts with anti-fog coating available as a functional surface treatment. Parts can be made to drawing with custom dimensions, holes, slots, cutouts, edge profiles and printed areas. CNC machining, drilling, edge finishing, printing, chemical strengthening, bonding and anti-fog coating can be reviewed together according to the selected glass, finished geometry and application requirements. The nano hydrophilic coating helps condensed moisture spread across the surface instead of forming light-scattering droplets, supporting clearer visibility.
Reference material properties, coating thickness, curing conditions and handling requirements for the GelivableGlass NF-6300 Series nano hydrophilic anti-fog coating.
Visual comparison of a hydrophobic AF surface and the NF nano anti-fog surface, showing how different surface treatments change water behavior on glass.
The reference comparison shows a rounded water droplet on the AF surface, illustrating higher water contact angle and hydrophobic behavior.
The NF nano anti-fog surface allows condensed water to spread across the glass at a much lower contact angle, supporting anti-fog performance and clearer visibility.
| Category | Item | NF-6300 Series | Equipment | Notes |
|---|---|---|---|---|
| Material Properties | Appearance | Colorless Transparent Liquid | Visual Inspection | — |
| Material Properties | Density | 0.9–1.0 g/cm³ | Densitometer | — |
| Process Parameters | Plasma Treatment | 900–1000 KW | — | Corona treatment on the substrate surface |
| Process Parameters | Film Thickness | 25 ± 5 nm | — | — |
| Process Parameters | Curing Condition | 120°C / 30 min | — | — |
| Packaging Requirements | Packaging | Blister Box + Desiccant + Vacuum Packaging | — | Do not apply protective film directly on the anti-fog coating surface. |
The nano anti-fog coating creates a highly hydrophilic surface that encourages condensed moisture to spread rather than remain as light-scattering droplets.
The anti-fog surface is designed to reduce visible fogging and light scattering, helping protective glass and optical windows maintain clearer viewing in front of displays, instruments and imaging systems.
The treated glass surface is designed for easier routine cleaning and maintenance in applications exposed to moisture, condensation or repeated use.
The anti-fog coating is designed with abrasion resistance to support repeated use and cleaning while retaining its functional surface performance. Actual durability should be evaluated against the required cleaning method and operating environment.
Nano hydrophilic anti-fog coating changes how condensed water behaves on the glass surface. Instead of forming many small droplets that scatter light, moisture spreads into a flatter transparent film that helps maintain clearer visibility.
Cf. Conventional coatings: ≈ 80° (fogging begins above 20°)
Water spreads across the surface instead of forming many small droplets, helping reduce visible fogging.
Custom anti-fog glass is suitable for outdoor equipment, monitoring systems, laboratory instruments and measurement devices where humidity, condensation and temperature changes can interfere with clear visibility.
Anti-fog cover glass helps outdoor equipment, kiosks and terminals maintain a clearer viewing surface when humidity, rain and temperature changes cause condensation.
Anti-fog glass can be used as protective cover glass or an optical window for monitoring equipment, cameras and sensors, helping maintain clearer visibility in humid or temperature-changing environments.
Nano hydrophilic anti-fog glass is suitable for laboratory instruments, observation windows and equipment interfaces where condensation could interfere with viewing, monitoring or operation.
Anti-fog protective glass helps measurement instruments, inspection devices and optical windows maintain a clearer viewing surface when moisture or condensation could affect readability and optical performance.
GelivableGlass supports the fabrication processes commonly required for custom anti-fog glass and anti-fog cover glass, including precision CNC machining, drilling, printing, chemical strengthening, functional surface treatments, edge processing and adhesive bonding. The anti-fog coating sequence is reviewed together with the base glass, dimensions, optical requirements and finished-part structure.
Corning Gorilla Glass is a high-strength cover glass material valued for scratch resistance, durability and optical clarity in display and touch-screen applications.
AGC glass offers stable optical performance and reliable processing characteristics for industrial displays, touch panels and custom cover glass projects.
Panda Glass is a durable cover glass material for projects that require reliable strength, clear visibility and consistent surface quality.
Sapphire glass is an ultra-hard transparent material used where very high scratch resistance is required for protective windows and precision applications.
CNC glass machining supports precise drilling, milling, cutting and polishing for custom anti-fog cover glass with holes, slots and other structural requirements.
Water jet cutting can produce complex glass shapes without a heat-affected zone, making it useful for selected custom glass profiles and cutouts.
Laser glass processing supports precise cutting, drilling, engraving and marking for detailed custom glass components and fine structural features.
Silk-screen glass printing is used for borders, icons, logos, masking areas and functional patterns on custom anti-fog cover glass and other precision glass parts.
Digital glass printing supports detailed patterns, complex colors and customized visual graphics directly on the glass surface.
UV printing cures specialized inks directly on glass, supporting vivid colors, fast curing and stable printed graphics.
Anti-reflective coating reduces surface reflection and can improve light transmission for display, optical and touch applications.
Anti-glare treatment reduces strong glare and visible reflections, helping cover glass and touch-screen glass remain easier to view under bright lighting.
Anti-fingerprint coating helps reduce fingerprints and oil marks, making the glass surface easier to clean during frequent touch use.
Mirror coating forms a reflective metal film on the glass surface. It can create mirror effects for decorative, display and optical applications.
Optical coatings can adjust light transmission, reflection and absorption characteristics to improve optical performance for different glass applications.
Color coating can create different colors and visual effects on glass surfaces for appearance design, product identification and functional decoration.
Chromium coating provides metallic appearance, surface stability and corrosion resistance for selected glass applications.
ITO coating provides conductivity while maintaining transparency. It is commonly used in touch screens, transparent electrodes and smart glass applications.
Classic straight edge treatment with polished sides. It is a basic and common edge processing method for flat cover glass.
2.5D edge processing creates a rounded transition, improving appearance, touch feeling and handling experience.
3D edge processing supports curved and shaped glass structures for advanced product appearance and integration needs.
Stepped edge processing creates a multi-level edge structure to meet special installation, assembly and matching requirements.
We use reliable adhesive materials to support cover glass bonding, installation and integration with touch panels, customer-supplied display assemblies, frames and other components.
Adhesive materials can be selected according to customer requirements, bonding surfaces, product structure and operating conditions.
Proper adhesive selection helps improve bonding performance, long-term stability and product reliability.
Adhesive bonding can be used for cover glass, touch screen glass, display glass and other custom glass component assembly needs.
Send us your drawing, glass size, thickness, quantity, application environment and anti-fog requirements. If available, include condensation conditions, operating temperature range, optical requirements and any CNC machining, printing, strengthening or bonding requirements for a complete manufacturing review.
GelivableGlass combines custom cover-glass manufacturing with a defined NF-6300 Series anti-fog coating process for B2B projects that require made-to-drawing fabrication, stable surface performance and batch production support.
The coating is designed to create a highly hydrophilic surface with a reference contact angle below 10°, helping condensed water spread across the glass instead of forming fog droplets.
The current reference specification uses NF-6300 Series material, a 25 ± 5 nm film thickness and a 120°C / 30 minute curing condition for the anti-fog coating process.
Custom cutting, CNC machining, drilling, printing, chemical strengthening, edge processing and adhesive bonding can be coordinated with the anti-fog surface requirement according to process compatibility.
Anti-fog glass uses a hydrophilic surface coating that helps condensed moisture spread across the glass instead of remaining as many small droplets. This reduces light scattering and visible fogging, helping the viewing area stay clearer.
The nano hydrophilic surface has a reference contact angle below 10°, so condensed moisture spreads across the surface as a flatter transparent layer rather than remaining as rounded droplets that scatter light.
Current GelivableGlass reference data gives an anti-fog contact angle of less than 10°. The comparison shows a conventional coating at about 80°, with visible fogging beginning above approximately 20° contact angle.
The current material reference is the NF-6300 series, described in the brochure as a colorless transparent liquid with a density of 0.9–1.0 g/cm³.
The current reference anti-fog film thickness is 25 ± 5 nm.
The current reference curing condition is 120°C for 30 minutes.
No. Current handling guidance specifies that protective film should not be applied directly on the anti-fog coating surface.
Yes. GelivableGlass can manufacture custom cover glass with specified dimensions, holes, slots, cutouts, edge profiles and printed areas, then apply anti-fog coating when the selected glass and production sequence are suitable. The drawing, base glass and coating requirements should be reviewed together before production.
Please provide the glass size, thickness, quantity, application and drawing. If available, also include the expected humidity or condensation conditions, operating temperature range, optical requirements and any CNC machining, printing, strengthening, edge processing or bonding requirements.
Custom anti-fog glass can be used for outdoor equipment and terminals, monitoring equipment, laboratory instruments and measurement equipment where condensation or temperature changes can interfere with clear visibility.
Read technical articles about anti-fog glass, hydrophilic coatings, custom cover glass, optical windows, surface treatments and precision glass fabrication.
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Read MoreSend us your drawing, glass size, thickness, quantity, application environment and condensation conditions. GelivableGlass will review the base glass, anti-fog coating, CNC machining, printing, strengthening, bonding and optical requirements for the finished part.
Contact our team with your drawing and application requirements for anti-fog coating review, sample development, custom glass fabrication and quotation support.