Custom AR Coated Glass Solutions
Engineered optical-grade Anti-Reflective (AR) glass panels designed to maximize light transmittance up to ≥99% and minimize surface reflectance down to ≤0.5%. Manufactured via precision magnetron sputtering PVD technology on clear, low-iron, and chemically strengthened glass substrates for displays, industrial HMIs, medical monitors, and optical instruments.
Compliance & Testing Standards: ISO 9001 Certified | ISO 9211 Optical Coatings | MIL-C-675C Abrasion Standard | EN 12150 / CE Compliant | RoHS & REACH Ready
-
![Custom Size AR Glass Sheet]()
Custom Size AR Glass SheetOur provided Custom size AR glass sheet is a fully customized AR glass solution built for various non-standard scenarios, which can fully match customers' exclusive size, shape and performance needs. -
![Touch Panel Anti-reflective Glass]()
Touch Panel Anti-reflective GlassOur mass-produced Touch panel anti-reflective glass is an anti-reflective glass panel optimized for touch interactive devices, balancing excellent optical performance and smooth touch experience. -
![Optical Instrument AR Glass]()
Optical Instrument AR GlassOur developed Optical instrument AR glass is a professional-grade AR glass product built for high-precision optical instruments, implementing stricter standards for optical uniformity, imaging -
![Display Cover AR Glass]()
Display Cover AR GlassThis display cover AR glass optimizes the AR coating formula for the luminescence characteristics of display devices, which can effectively reduce ambient light reflection on the screen surface, -
![Ultra-thin AR Glass Sheet]()
Ultra-thin AR Glass SheetOur produced Ultra-thin AR glass sheet is an ultra-thin AR coated glass designed for thin and light electronic devices. While ensuring optical performance, it helps terminal products achieve -
![Oleophobic AR Coated Glass]()
Oleophobic AR Coated GlassOur mass-produced Oleophobic AR coated glass is a touch-specific glass product with oleophobic anti-fingerprint coating superimposed on the basis of AR anti-reflection glass, focusing on smooth hand -
![Anti-glare Anti-reflective Glass]()
Anti-glare Anti-reflective GlassOur created Anti-glare anti-reflective glass is a high-end optical glass product integrating anti-glare (AG) and anti-reflective (AR) dual processes, specially built for display scenarios in strong -
![High-temperature AR Coated Glass]()
High-temperature AR Coated GlassOur launched High-temperature AR coated glass is a special AR coated glass designed for harsh environments with high temperature and large temperature difference, which can maintain stable optical -
![Scratch-resistant Optical Glass]()
Scratch-resistant Optical GlassOur produced Scratch-resistant optical glass is an AR optical glass product focusing on high hardness and scratch resistance, specially built for high-frequency touch and outdoor public scenarios. -
![Blue Light Blocking AR Glass]()
Blue Light Blocking AR GlassOur developed Blue light blocking AR glass is an optical glass product integrating anti-reflection and blue light blocking functions, focusing on the balance between eye protection attributes and -
![Hydrophobic Anti-fog Glass Coating]()
Hydrophobic Anti-fog Glass CoatingOur launched Hydrophobic anti-fog glass coating is a special glass product with hydrophobic anti-fog function superimposed on the basis of AR coating, specially built for use scenarios prone to -
![Anti-reflective Tempered Glass Panel]()
Anti-reflective Tempered Glass PanelThis anti-reflective tempered glass panel coats multi-layer nano-scale optical films on the surface of tempered glass, and uses the principle of light interference cancellation to greatly reduce
Optical Performance & Material Selection Guide
Display Panels, Industrial HMIs & Touchscreens
• Recommended Substrate: Low-Iron (Ultra-Clear) Float Glass / Chemically Strengthened Glass
• Optical Target: Transmittance ≥ 98.5%, Surface Reflectance ≤ 0.8% (Broadband 400nm - 700nm)
• Key Engineering Features: High contrast enhancement, AR + AF (Anti-Fingerprint) combined vacuum deposition, chemical resistance to industrial solvents.
Medical Displays & Surgical Monitors
• Recommended Substrate: High-Precision Low-Iron Glass
• Optical Target: Transmittance ≥ 99.0%, Reflectance ≤ 0.5%, Haze < 0.1%
• Key Engineering Features: Color-neutral reflection, ultra-low light scattering, compatible with medical-grade disinfection wipe-downs.
Automotive & Avionics Displays
• Recommended Substrate: Gorilla Glass / High-Strength Aluminosilicate Glass
• Optical Target: Transmittance ≥ 98.0%, Reflectance ≤ 0.5% (Wide Angle of Incidence up to 60°)
• Key Engineering Features: Extreme thermal stability (-40°C to +105°C), high mechanical impact resistance, vibration durability.
Outdoor Digital Signage & Kiosks
• Recommended Substrate: Thermally Tempered AR Glass (3mm to 8mm)
• Optical Target: Transmittance ≥ 97.5%, Surface Reflectance ≤ 1.0%
• Key Engineering Features: Anti-glare + anti-reflective integration, UV-blocking properties, withstands severe outdoor weathering.
Precision Optical Equipment & Sensors
• Recommended Substrate: Optical-Grade Quartz / Borosilicate 3.3
• Optical Target: Customized V-Coating or Dual-Band AR (Narrowband optical efficiency down to ≤0.2% reflectance at target wavelength)
• Key Engineering Features: High laser damage threshold (LDT), precise wavefront flatness control, minimal thermal lensing effect.
Surface Technology Matrix: AR vs AG vs AF
AR (Anti-Reflective Glass) Primary Function: Increases light transmission and reduces direct surface reflection. Working Principle: Thin-film optical interference coatings (PVD sputtering). Best Used For: Low-light display environments, medical monitors, optical instruments, dark ambient contrast improvement.
AG (Anti-Glare Glass) Primary Function: Diffuses harsh ambient light and mirror-like reflections. Working Principle: Chemical etching or spray-coated micro-textured surface roughness. Best Used For: Outdoor monitors, sunlight-readable HMIs, POS terminals exposed to direct overhead light.
AF (Anti-Fingerprint / Oleophobic) Primary Function: Repels skin oils, moisture, and smudges for easier cleaning. Working Principle: Hydrophobic nano-coating applied as the topmost layer. Best Used For: Capacitive touchscreens, smart home controls, interactive displays.
AR + AF Combination Primary Function: Maximum clarity combined with smudge resistance and smooth touch feel. Working Principle: Multi-layer AR optical stack topped with a durable oleophobic vacuum coating. Best Used For: Premium medical touchscreens, commercial tablets, automotive center consoles.
High-Precision CNC Machining Water-jet cutting, CNC edge grinding, and multi-axis drilling for custom mounting holes, touch sensor keyholes, and complex perimeter notches. Dimensional tolerances strictly controlled within ±0.1mm.
Advanced Strengthening Options
• Thermal Tempering: For structural safety glass components (3mm to 19mm thickness).
• Chemical Strengthening (Ion Exchange): For ultra-thin glass cover lenses (0.5mm to 2.0mm thickness) achieving CS ≥ 450 MPa and DOL ≥ 8 µm for extreme scratch and impact resistance.
High-Temperature Ceramic Screen Printing
Precision silk-screen application of organic inks or high-temperature ceramic frits (baking at 600°C+) for black borders, corporate logos, light-blocking masks, and dead-front pinhole displays.
Surface Coating Durability & Abrasion
Resistance Durable optical thin-film stack tested against harsh environmental conditions:
• Surface Hardness: Up to 9H Pencil Hardness rating.
• Steel Wool Abrasion Test: Maintains optical performance and contact angle after 1,000 cycles under 1kg/cm² load (MIL-C-675C standard).
• Adhesion Testing: 100% Cross-Hatch Tape Test (ASTM D3359 / ISO 2409 compliant).
Strict Quality Control & Optical Verification Protocol
Spectrophotometric Test
Full-spectrum curve analysis verifying transmittance and reflectance across 380nm to 780nm wavelengths.
Environmental Reliability Testing
Humidity chamber exposure (40°C at 90% RH for 48 hours), salt spray corrosion testing, and thermal shock cycling.
Geometric & Surface Quality Inspection
CMM dimensional verification, diagonal warp measurement, and 100% scratch/dig inspection under high-intensity blacklight (MIL-PRF-13830B standard).
Water Contact Angle Verification
Hydrophobic angle ≥110° for AR+AF coated surfaces to verify smudge resistance.
Need Optical Feasibility Review or a Quote for Your Project?
To receive a detailed quotation along with a free DFM (Design for Manufacturability) and spectral feasibility analysis, please submit the following specifications:
Technical Drawing (2D PDF / DWG / DXF or 3D STEP)
Substrate Type & Nominal Thickness (e.g., 2mm Ultra-Clear Low-Iron Glass)
Coating Configuration (Single-Side AR / Double-Side AR / AR + AF)
Optical Target (e.g., Transmittance ≥ 98%, Reflectance ≤ 0.8% at 400-700nm)
Downstream Processing (CNC holes, chemically strengthened, black ceramic border)
Estimated Annual Volume & Initial Sample Quantity
Turnaround Time: Comprehensive engineering feedback and official quote provided within 24 working hours.
FAQ
As one of the most professional ar coated glass manufacturers and suppliers in China, we're featured by quality products and good service. Please rest assured to buy high-grade ar coated glass in stock here and get quotation from our factory. Customized orders are welcome.
Popular Products
