Aluminosilicate
Consider for projects emphasizing chemical strengthening, thinner structures, and mechanical performance.
AR AF AG Coated Glass for HMI Touch Panels - Felix Glass
- FOB Price
US $8.685 - 99 piece
US $7.69100 - 999 piece
US $5.91000 - 4999 piece
US $4.695000 - 9999 piece
- group name
- AR/AG/AF Coated Display Glass
- Min Order
- 5 piece
- brand name
- FELIX GLASS optical glass Manufacturing base
- model
- MDG-0559
- Nearest port for product export
- Shenzhen, Guangzhou
- Delivery clauses under the trade mode
- FOB, CFR, CIF, EXW, FAS, CIP, FCA, CPT, DEQ, DDP, DDU, Express Delivery, DAF, DES
- Acceptable payment methods
- T/T, L/C, D/P D/A, MoneyGram, Credit Card, PayPal, Westem Union, Cash, Escrow
- update time
- Mon, 27 Jul 2026 09:59:52 GMT
Paramtents
Customization Custom Size, OEM/ODM Available
Coating Type AG anti-glare / AR anti-reflection / AF anti-finge
Material High Quality Soda Lime / Borosilicate Glass
Hardness 9H Tempered Glass, High Hardness
Transmittance High Transmittance ≥92%
Application HMI Touch Panels, Industrial Control, Human-Machine Interface
Feature Anti-Scratch, Anti-Oil, Water Repellent, Easy to Clean
Packging & Delivery
- 100cm x100cm x30cm
-
Min Order5 piece
Briefing
Premium AR/AF/AG coated tempered glass for HMI touch panels, 9H hardness, high transmittance, AG &AF, custom sizes available.
Detailed
Felix Glass Co., Limited · Model MDG-0559
1. AR, AG, and AF Coated Glass for Industrial HMI Displays
Felix Glass manufactures tempered display cover glass with AR anti-reflection, AG anti-glare, and AF anti-fingerprint surface options for industrial HMI touchscreens, outdoor kiosks, medical displays, marine controls, automation terminals, and other operator interfaces.
The three functions can be specified individually or combined. AR reduces surface reflection, AG diffuses glare, and AF reduces oil and fingerprint adhesion. CNC shaping, edge finishing, black border printing, strengthening, coating, and inspection can be coordinated from an approved drawing.
This product remains in the AR/AG/AF Coated Display Glass category.
The values below retain the source product specification. Final substrate, coating sides, optical values, dimensions, printing, durability, and validation criteria are confirmed for each project.
Source data consolidated
2. Coated HMI Glass Technical Specifications
The source description lists the following project capabilities. Each value requires an agreed material, coating stack, measurement method, and acceptance plan.
| Source material references | Aluminosilicate, soda-lime, and borosilicate glass; selected by project |
|---|---|
| Thickness range | 0.7–6.0 mm, subject to size and processing review |
| Hardness reference | 9H listed for the tempered cover glass |
| Compressive-stress reference | CS 600–900 MPa listed for chemically strengthened configurations |
| Coating configurations | Double-sided AR, single- or double-sided AG, and nano AF combinations |
| AG haze range | 5%–25% adjustable reference |
| Light transmittance | At least 92% reference |
| Surface reflectivity | At most 1% reference |
| Edge processing | Straight, C/J chamfer, and 2.5D curved-edge polishing |
| Printing-precision reference | ±0.03 mm for black borders and sensor-window printing |
Browse the broader Felix Glass product catalog for other cover-glass and surface-treatment options.
Substrate selection
3. Aluminosilicate, Soda-Lime, and Borosilicate Options
The source content references aluminosilicate and soda-lime substrates, while the visible attributes reference soda-lime and borosilicate glass. The correct material must be selected explicitly rather than inferred from these entries.
Soda-lime
Consider for indoor automation, commercial terminals, and programs where common supply and cost targets matter.
Borosilicate
Consider when thermal behavior or application-specific material properties justify evaluation.
Material name alone does not determine coating adhesion, optical performance, or environmental life. Those outcomes depend on the complete process and test plan.
Drawing-to-production workflow
4. CNC, Printing, Strengthening, and Coating Process
The original description presents a closed-loop manufacturing route for coated HMI glass. Actual order and feasibility depend on the substrate, geometry, printing, strengthening method, and coating sides.
- 1Raw glass cutting
- 2CNC milling and shaping
- 3Edge chamfer and polishing
- 4Black border silk-screen printing
- 5Chemical strengthening
- 6AG surface treatment
- 7AR optical coating
- 8AF oleophobic coating
- 9AOI and optical inspection
- 10Protective film and packaging
Company and manufacturing background is available on About Us.
Problem-to-specification mapping
5. HMI Application Solutions
Outdoor kiosks
AR can reduce reflection, AG can diffuse glare, and AF can reduce fingerprints and dust adhesion. Display brightness, sunlight angle, haze, and reflectivity should be evaluated together.
Medical touch monitors
Optical clarity and cleaning durability require a defined disinfectant, wiping material, load, cycle count, and regulatory scope.
Marine and vehicle controls
UV exposure, moisture, salt, temperature cycling, vibration, and sealing should be included in the environmental validation plan.
Factory automation
AG can support long-duration viewing, while AF can reduce adhesion from oil and handling marks in workshop environments.
Related surface-treatment and application articles are available in the Felix Glass blog.
Source project examples
6. Outdoor Terminal and Medical Display Project References
The original content describes two project types. They are retained as capability references rather than quantified performance guarantees.
Outdoor intelligent terminals
High-haze coated tempered glass with a black silk-screen border was described for payment kiosks and information terminals. Final reflection, haze, cleaning, and weathering targets require measured acceptance values.
Medical device displays
Low-haze, high-transmittance coated glass was described for touch-monitoring screens. Imaging, cleaning, coating durability, and regulatory documentation must match the end device.
Inspection and documentation
7. Optical, Haze, Stress, Coating, and Appearance Testing
- AOI: surface scratches, pinholes, coating nonuniformity, and printing defects.
- Spectrophotometer: transmittance, reflectivity, and the AR optical curve.
- Haze meter: AG haze and uniformity.
- Glass stress tester: strengthening stress and structural reference values.
- Coating adhesion or abrasion testing: agreed AF/AR wear and peeling criteria.
The source states that batch reports and SGS/ISO documents can support OEM audits. Buyers should verify report scope, sample identity, dates, issuing body, and current validity. Begin from the Felix Glass home page for broader capability information.
Supply and engineering review
8. Prototype, Parameter Customization, and OEM Production
The original content lists in-house AG etching, AR vacuum coating, AF nano coating, haze customization, prototype sampling, and volume OEM supply. It also states more than 19 years of optical-glass manufacturing experience.
For procurement evaluation, confirm the exact processes performed in-house, production capacity, sample lead time, MOQ, lot-control method, yield assumptions, packaging, and commercial terms. The source claim “MOQ 1” should be verified for the selected configuration.
Parameter reviewHaze, transmittance, reflectivity, thickness, edge, printing, and coating sides.
Prototype qualificationSamples should be tested in the intended display and environmental stack.
Lot controlSampling, traceability, appearance limits, and optical consistency are agreed before volume orders.
Technical FAQ
9. AR, AG, and AF Coated Glass FAQ
What is AR/AG/AF coated glass used for?
It is used where a display cover needs a combination of reflection control, glare diffusion, and reduced fingerprint adhesion, including outdoor, medical, marine, and industrial HMI projects.
Does the coating affect capacitive touch sensitivity?
The source states that the thin coatings do not interfere with the touch signal. The completed stack should still be validated with the chosen sensor, controller, cover thickness, bonding, grounding, and firmware.
Can haze be customized?
Yes. The source lists a 5%–25% range. The selected value should balance glare, sparkle, image sharpness, brightness, and viewing angle.
Can the coating withstand industrial cleaning?
The source describes compatibility with alcohol wiping and disinfectant cleaning. The exact chemical, concentration, cloth, load, cycles, and acceptance criteria must be tested.
Can size, edge, openings, borders, and logos be customized?
Yes, subject to drawing review, process limits, printing artwork, and dimensional inspection requirements.
Use Contact Us to request the test data and documents needed for a specific application.
Related functional glass
10. Related Coated HMI Glass Configurations
The source content references single AG glass, single AR glass, AF+AG dual-coated glass, C/J chamfer cover glass, and 2.5D curved display glass. The appropriate configuration depends on whether glare, reflection, fingerprints, edge shape, or industrial styling is the primary design constraint.
RFQ input checklist
Send project requirements
11. Request a Custom HMI Coated Glass Quote
Send the drawing, substrate preference, thickness, coating sides, target haze, transmittance and reflectivity, edge profile, openings, printing artwork, cleaning chemicals, environmental tests, sample quantity, annual volume, documentation, and requested schedule.