Custom anti-fingerprint glass and AF coated cover glass designed for touch screens, display cover glass and control panels. The AF surface helps reduce fingerprints, oil marks and smudges while improving cleanability and touch feel for frequently handled glass.
GelivableGlass manufactures custom anti-fingerprint glass, AF coated glass and fingerprint-resistant cover glass for touch screens, display cover glass, smart controls, medical equipment, self-service terminals and industrial interfaces. AF coating helps reduce visible fingerprints, skin oils and smudges while creating an easier-to-clean surface for frequently touched glass. We support custom sizes, thicknesses and shapes together with CNC machining, drilling, edge finishing, screen printing, chemical strengthening, AG/AR surface options and adhesive bonding according to the approved drawing and project requirements.
AF coating helps reduce the visibility and adhesion of fingerprints, skin oils and smudges on frequently touched cover glass and touch-screen surfaces.
Anti-fingerprint treatment creates hydrophobic and oleophobic surface behavior, helping water and oils spread less easily across the glass and making contamination easier to remove.
An AF coated glass surface is easier to wipe clean, helping displays, control panels and touch interfaces maintain a cleaner appearance during repeated daily use.
The treated surface provides a smoother touch feel that is well suited to touch screens, control panels and other frequently used glass interfaces.
GelivableGlass uses a water contact angle of at least 105° as the current AF coating reference for evaluating hydrophobic surface performance. Higher contact angles generally indicate stronger water repellency on the coated glass surface.
AF coating durability is evaluated under a 500 g test load according to the current GelivableGlass internal reference method.
#0000 steel wool is used as the abrasion medium to evaluate how well the anti-fingerprint coating maintains its surface performance after repeated rubbing.
The current durability reference uses 2,000 back-and-forth abrasion cycles to assess coating stability under repeated surface contact.
After abrasion testing, a performance recession within 15% is considered acceptable under the current GelivableGlass AF coating reference. Final acceptance criteria can also be reviewed against customer specifications.
Custom anti-fingerprint glass is especially suitable for touch screens, display cover glass and control interfaces that are handled frequently, where fingerprints, oil marks and repeated cleaning can affect appearance, visibility and user experience.
AF coated glass helps smart home control panels, wall-mounted touch screens and interactive household interfaces maintain a cleaner surface during frequent daily operation.
Fingerprint-resistant cover glass is suitable for self-service kiosks, ticketing terminals and public touch interfaces, helping keep the surface cleaner and easier to maintain in high-use environments.
Anti-fingerprint glass helps industrial control displays and HMI touch interfaces maintain a cleaner appearance and easier maintenance during frequent operator use.
AF coated glass is suitable for laboratory displays, testing instruments and control interfaces that require a cleaner touch surface and easier routine cleaning during repeated use.
GelivableGlass supports the materials and fabrication processes commonly required for custom anti-fingerprint glass, AF coated glass and fingerprint-resistant cover glass, including precision CNC machining, printing, chemical strengthening, functional coatings, edge processing and adhesive bonding. Process selection is reviewed according to the base glass, dimensions, touch requirements, AF coating specification and finished-part application.
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-fingerprint 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 widely used for borders, icons, logos, masking areas and functional patterns on custom AF coated cover glass.
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, oil marks and smudges, making touch screen glass and display cover glass easier to clean during frequent 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 glass size, thickness, quantity, base glass, application and AF coating requirements. If you have a target water contact angle, abrasion requirement, drawing or sample, include it so our team can review the custom cover glass and coating requirements more efficiently.
GelivableGlass combines custom cover-glass manufacturing with anti-fingerprint coating and performance testing for B2B projects that require reliable touch-surface quality, repeatable fabrication and batch production support.
Water contact angle and abrasion testing can be used to verify anti-fingerprint coating performance and durability against agreed project requirements.
We support custom cutting, CNC machining, holes, edge finishing, printing, chemical strengthening and bonding for AF coated cover-glass components made to drawing.
AF coating can be evaluated together with AG anti-glare, AR anti-reflective and other surface requirements according to the base glass, touch frequency and finished-product structure.
Anti-fingerprint glass, also called AF coated glass or fingerprint-resistant glass, has a surface treatment designed to reduce the adhesion and visibility of fingerprints, skin oils and smudges. It is commonly used for touch screen glass, display cover glass and other surfaces that are handled frequently.
The water contact angle test is used to evaluate surface hydrophobicity. The angle can be measured before and after AF coating and again after abrasion testing to help verify coating performance and durability.
The current GelivableGlass reference standard is a water contact angle of at least 105°. Some customer or product specifications may use different target values, so the final acceptance requirement should be confirmed before production.
Our current AF coating reference test uses a 500 g load with #0000 steel wool for 2,000 back-and-forth cycles. A performance recession within 15% is considered acceptable under this reference standard.
Yes. AF coating can be applied to suitable AG anti-glare glass when improved fingerprint resistance and easier cleaning are required. The coating combination should be reviewed according to the AG surface, touch frequency and project requirements.
Yes. Custom anti-fingerprint cover glass can be produced with holes, slots, cutouts, edge profiles and printed borders or graphics before the final surface-treatment sequence. The process order should be confirmed according to the selected glass, strengthening and coating requirements.
AF coated glass is commonly used on touch screens, display cover glass, smart-device interfaces, medical equipment, self-service terminals and industrial control panels where users frequently touch the glass surface.
Yes. GelivableGlass can manufacture custom cover glass with specified dimensions, holes, slots, edge profiles and printed areas, then apply AF coating when the selected glass and production sequence are suitable. The drawing, base glass and coating requirements should be reviewed together before production.
AF coating durability depends on the coating system, base glass, cleaning method and operating environment. GelivableGlass can evaluate durability using water contact angle and abrasion testing. Our current reference test uses a 500 g load, #0000 steel wool and 2,000 back-and-forth cycles.
Please provide the glass size, thickness, quantity, base glass, drawing, application, touch frequency and any required AF performance targets. If you also need printing, AG/AR treatment, strengthening or adhesive bonding, include those requirements in the inquiry.
Read technical articles about anti-fingerprint glass, AF coating, fingerprint-resistant cover glass, touch-screen glass, surface treatments and precision glass fabrication.
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Read MoreSend us your drawing, size, thickness, quantity, base glass and AF coating requirements. GelivableGlass will review the cover-glass fabrication, touch-surface performance, coating durability and testing requirements and recommend a suitable custom anti-fingerprint glass production approach.
Contact our team with your drawing and application requirements for material review, sample development, AF coating evaluation, performance testing and quotation support.