Custom Display &Functional Glass

Ultra-hard single crystal sapphire display cover glass with Mohs 9 scratch resistance, stable optical performance under -40℃~120℃ working temperature. Custom CNC machining, AR/AF/AG composite coating for automotive central control, medical diagnostic equipment, AR/VR optics and industrial high-temperature instrument touch displays. OEM prototype and mass batch production for US optical equipment manufacturers.

Custom strengthened aluminosilicate display cover glass with CNC edge finishing, silk screen printing, chemical strengthening, AR/AG/AF coating options and optical bonding support for medical displays, industrial HMIs, smart devices and outdoor terminals.

Custom aluminosilicate, borosilicate, fused silica and soda-lime ITO conductive glass with adjustable sheet resistance, cleanroom vacuum sputtering, CNC shaping, chemical strengthening, silk screen printing and optional AR/AG/AF/EMC functional coatings for touch panels, medical EMI shielding and optical sensor assemblies.

Custom tempered smart appliance glass for oven control panels, smart refrigerators, washing machine touch screens, bathroom smart mirrors and household smart control terminals.

Custom AR, AF and AG coated glass panels for medical displays, touch screens, smart home appliances and industrial control terminals.

Custom medical grade display cover glass with AR/AG/AF coating, strengthened aluminosilicate substrate and disinfection-resistant surface for diagnostic and hospital touch equipment.

Felix Glass manufactures custom capacitive touch panel glass and ITO conductive touch substrates for medical devices, industrial control panels, automotive displays, smart home appliances and wearable touch equipment. All optical performance values represent typical achievable ranges and will be finalized according to project drawings and material selection. Touch Glass Substrate Options 1. Soda Lime Glass (0.7–5mm): Cost-effective with stable printing performance, suitable for indoor household touch panels. 2. Chemically Strengthened Aluminosilicate Glass: High hardness, scratch and impact resistance for medical and frequently used industrial touch screens. 3. Ultra-Thin Borosilicate Glass: Low thermal expansion and high transmittance, ensuring stable touch signals for wearables and precision instruments. Functional Coatings 1. AG Anti-Glare Coating: Custom haze 5%–30% to eliminate strong-light reflection and reduce visual fatigue. 2. AR Anti-Reflection Coating: Single-side reflectance ≤0.8%, total transmittance ≥92% for high clarity under bright environments. 3. AF Anti-Fingerprint Coating: Oleophobic hydrophobic surface for easy cleaning and long service life. 4. ITO Conductive Coating: Adjustable resistance 10–1000Ω/sq for stable capacitive touch performance. Coating combinations are engineered according to optical, electrical and environmental demands. Some coating layers may mutually affect optical performance and will be optimized during pre-production DFM review. Custom Machining Capability Size range: 10×10mm to 1200×1800mm Tolerance: Dimension ±0.02mm, thickness ±0.01mm Available processing: CNC cutting, chamfer polishing, hole drilling, cutout routing, silk screen printing, partial masking coating and edge finishing. All edges are finely polished to prevent assembly scratching. Production & Quality Control Process flow: Raw cutting → chemical strengthening → edge polishing → dust-free cleaning → vacuum coating → silk printing → final inspection → dust-free packaging. Full IQC, IPQC and FQC quality control compliant with ISO 9001 and RoHS. Hardness, transmittance and touch stability test reports are available upon request. Applications 1. Medical touch screens: High-transmittance AR+AF coating for disinfection-friendly hospital devices. 2. Industrial outdoor panels: Strengthened glass with AG+AR coating for strong-light factory environments. 3. Smart home appliances: Cost-effective AF-coated soda lime glass for household control panels. 4. Automotive displays: Temperature-resistant borosilicate glass stable from -40℃ to +105℃. 5. Wearable devices: Ultra-thin double-sided coated glass for lightweight touch lenses. Engineering Support - Free DFM drawing optimization - Prototype verification before mass production - Custom multi-coating solutions for different working conditions - Complete technical datasheets and test documentation Engineering FAQ 1. Which coating combination works best for high-brightness outdoor touch systems? 2. How is ITO coating patterned for precise capacitive touch integration? 3. How does AG anti-glare coating affect overall light transmittance? 4. Can partial conductive coating match customer PCB electrode layouts? 5. How is long-term AF coating durability verified for industrial use? Send your touch panel size, thickness, coating and functional requirements to james@felixglass.com. Our optical engineers provide free customized touch glass solutions.

Felix Glass premium-grade ADAS intelligent driving optical glass series is engineered for global high-standard autonomous vehicle systems, serving professional automotive OEM factories, Tier1 component suppliers, and intelligent driving solution providers across North America, Europe, Australia, New Zealand, Japan and South Korea. Our full product portfolio includes three core high-end automotive sensor optical components: LiDAR laser radar dustproof optical window glass, DMS driver monitoring face recognition cover glass, and millimeter wave radar dustproof protective optical glass. All glass substrates adopt high-reliability chemically strengthened aluminosilicate tempered glass, with optional fused silica and high-hardness sapphire for ultra-high-end ADAS industrial-grade modules. Every component is coated with professional automotive-grade IR anti-reflection, hydrophobic anti-fingerprint, and weather-resistant composite coating, supporting ultra-wide temperature adaptability, anti-aging, anti-UV, dustproof and impact resistance, fully compliant with international automotive safety regulations and global Tier1 supply standards. Widely applied in L2+ / L3 / L4 autonomous new energy vehicles, intelligent commercial fleets, off-road intelligent vehicles and industrial autonomous devices worldwide. We support full custom CNC shaping, precision hole positioning, professional vacuum coating and strict batch quality inspection, providing stable high-volume OEM supply for global premium automotive intelligent driving projects.