Custom anti-fingerprint glass processing and AF coating for touch screens, control panels and frequently handled cover glass, with contact-angle and abrasion performance verification.
Anti-fingerprint glass processing applies a thin hydrophobic and oleophobic surface treatment that reduces the adhesion and visibility of fingerprints, skin oils and smudges. The finished surface is commonly called AF glass or anti-fingerprint glass.
For engineering projects, AF performance should be evaluated by measurable surface behavior rather than by appearance alone. Water contact angle, abrasion durability, cleanability, touch feel and compatibility with AG or AR surfaces are the main considerations.
GelivableGlass can coordinate AF coating with CNC machining, edge processing, printing, chemical strengthening, AG or AR treatment and bonding according to the final cover-glass structure.
Looking for the finished glass product rather than the fabrication process? See Anti-Fingerprint Glass.
Get a quoteAF processing is designed for glass surfaces that are touched frequently and need easier cleaning, lower visible contamination and consistent touch behavior.
The oleophobic surface makes skin oils less likely to spread and adhere strongly, so fingerprints are less visible and easier to remove.
A higher water contact angle provides a measurable indicator of hydrophobic surface performance.
AF coated glass can be wiped clean more easily, which is useful for high-touch interfaces and public-use equipment.
The low-surface-energy coating can provide a smooth finger glide for touch screens and gesture-operated controls.
Abrasion testing can be used to check how well the coating retains its functional surface properties after repeated rubbing.
AF can be evaluated together with AG or AR processing when the coating sequence, optical target and durability requirements are compatible.
GelivableGlass current AF product page provides a clear internal reference for water contact angle and abrasion testing. Final customer requirements can be different and should be confirmed before production.
| Parameter | Processing Reference / Project Consideration |
|---|---|
| Water Contact Angle | Current GelivableGlass AF reference: ≥105°. This is used to evaluate hydrophobic surface performance. |
| Abrasion Test Load | Current reference: 500 g. |
| Abrasion Medium | Current reference: #0000 steel wool. |
| Abrasion Cycles | Current reference: 2,000 back-and-forth cycles. |
| Performance Recession | Current reference: within 15% after the specified abrasion test. |
| Surface Function | Hydrophobic and oleophobic behavior for reduced fingerprint, oil and smudge adhesion. |
| AG / AR Compatibility | AF can be evaluated with AG or AR when the surface stack and process order are suitable for the required optical and durability performance. |
AF coating is a functional surface process. For repeatable quality, the acceptance criteria should state how the surface will be tested before and after durability evaluation.
AF processing creates a low-surface-energy layer on the glass. Surface preparation, coating application and curing all influence the final contact angle, cleanability and touch feel.
Because AF is normally a final or near-final surface treatment, the complete manufacturing sequence should be planned before the coating is applied.
Initial contact angle confirms hydrophobic performance, while abrasion testing checks how much of that performance remains after repeated surface contact.
GelivableGlass current internal reference combines a 500 g load, #0000 steel wool and 2,000 back-and-forth cycles, with performance recession controlled within the current reference limit.
Anti-fingerprint glass processing is especially useful for touch interfaces and controls that are handled repeatedly throughout the day.
AF coated glass helps wall controls, smart switches and home interfaces maintain a cleaner appearance during frequent daily touch.
Industrial HMI cover glass can use AF treatment where operators repeatedly touch the same screen and routine cleaning is required.
Medical and laboratory interfaces can use AF coating where repeated handling and frequent cleaning affect surface appearance.
Kiosks, charging terminals and public touch interfaces benefit from easier-to-clean glass in high-use environments.
Send the glass material, dimensions, thickness, quantity, drawing and application. Include any required water contact angle, abrasion test, touch frequency, AG/AR combination, printing, strengthening or bonding requirements.
GelivableGlass connects anti-fingerprint coating with contact-angle measurement, abrasion testing and the complete cover-glass fabrication sequence.
Water contact angle provides a measurable way to check initial hydrophobic performance and compare the surface after durability testing.
A defined load, abrasion medium and cycle count make AF durability more meaningful than a generic 'fingerprint resistant' claim.
AG, AR, printing and other compatible processes can be reviewed together so the final AF surface works with the full glass construction.
Anti-fingerprint glass processing applies a hydrophobic and oleophobic surface treatment to reduce fingerprint, skin-oil and smudge adhesion. The finished part is commonly called AF glass or anti-fingerprint glass.
AF means anti-fingerprint. In cover-glass manufacturing it usually refers to an oleophobic, hydrophobic coating designed for frequently touched surfaces.
GelivableGlass current AF product reference uses a water contact angle of at least 105° as its current hydrophobic-performance standard.
The current reference uses a 500 g load, #0000 steel wool and 2,000 back-and-forth cycles. The current reference also controls performance recession within 15% after testing.
Yes. AF can be evaluated on AG glass when fingerprint resistance and easier cleaning are also required. The final contact angle and surface feel may depend on the AG texture and coating system.
Yes, an AF surface can be evaluated over a compatible AR optical stack. The coating order, optical performance and abrasion durability should be confirmed as one system.
No. AF treatment reduces adhesion and visibility and makes contamination easier to wipe away; it does not mean fingerprints can never appear.
Send the glass material, dimensions, thickness, quantity, drawing, application and required AF performance. Include contact-angle or abrasion requirements and any AG, AR, printing, strengthening or bonding needs.
Read technical articles about anti-fingerprint glass processing, AF glass, AF coating, oleophobic surfaces, water contact angle, abrasion testing and custom cover-glass fabrication.
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Read MoreSend us your drawing, glass material, dimensions, thickness and AF performance requirements. GelivableGlass can review the coating together with AG or AR treatment, machining, printing, strengthening and final assembly.
Contact our team for AF coating review, surface-testing requirements, sample validation and quotation support.