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Industrial glass components are precision-engineered functional glass parts built for high-precision semiconductor, optical, medical, electronics and industrial environments. Different from standard commercial glass, industrial-grade glass delivers superior optical performance, thermal stability and chemical resistance for demanding industrial scenarios. Felix Glass is a professional industrial glass manufacturer focused on custom glass fabrication. We supply high-purity quartz glass, precision flat glass panels, hot-bent curved glass and advanced 3D formed glass, supporting custom OEM and ODM projects for global industrial buyers. Product Categories Quartz Glass Tubes High-purity fused quartz glass tubes with outstanding high-temperature resistance and UV/IR transmittance for semiconductor equipment, laboratory systems and industrial furnace applications. Quartz Glass Plates Precision flat quartz plates and optical quartz windows featuring excellent thermal stability, ultra-high light transmittance and chemical inertness for optical and scientific equipment. Custom Glass Panels CNC-machined precision glass panels with drilling, polishing, tempering and coating treatments for industrial displays, control interfaces and medical devices. Curved Glass Custom hot-bent curved glass with uniform arc structure and stable strength for automotive displays, medical panels and smart industrial devices. 3D Glass High-precision thermoformed 3D curved glass designed for premium consumer electronics, automotive cockpits and advanced intelligent control terminals. Available Materials Felix Glass utilizes a full range of high-performance glass materials for customized industrial components: - Quartz Glass / Fused Silica - High-Purity Optical Glass - Borosilicate Glass - Aluminosilicate Glass - Sapphire Glass Manufacturing Capabilities We provide full-spectrum precision glass processing and customization services: - CNC Precision Machining - Ultra-Precision Cutting - Drilling & Milling - Edge Grinding & Polishing - Physical Tempering - Chemical Strengthening - AR Anti-Reflection Coating - AG Anti-Glare Coating - AF Anti-Fingerprint Coating - Custom Silk Screen Printing & Laser Marking Industrial Applications Our custom industrial glass components are widely applied in high-end industrial fields: - Semiconductor Processing Equipment - Precision Optical Systems - Medical Diagnostic Devices - Industrial Automation Control - Automotive Intelligent Electronics - Scientific Laboratory Instruments - Aerospace & Defense Systems Why Choose Felix Glass - Professional custom OEM & ODM glass manufacturing - Integrated optical and industrial glass processing expertise - Flexible production: from prototype sampling to mass production - Strict international quality control standards - Mature global export and technical support experience FAQ Can industrial glass components be fully customized? Yes. All specifications including size, thickness, shape, holes, edge treatment, surface coatings and printing can be fully customized according to project requirements. What materials are available for industrial glass parts? We provide quartz glass, fused silica, optical glass, borosilicate glass, aluminosilicate glass and sapphire glass for different temperature, optical and mechanical demands. What functional coatings do you offer? Standard AR, AG, and AF coatings are available to enhance light transmittance, anti-glare performance and surface durability for industrial and display applications. Request a Quote Need custom industrial glass components for your project? Send us your technical drawings and specifications, and our engineering team will provide a tailored high-precision glass solution and competitive quotation.

Felix Glass is a China-based manufacturer specializing in high-precision sapphire optical components, including sapphire windows, sapphire lenses, sapphire rods, sapphire domes, and custom sapphire optics. Made from high-quality single-crystal alumina (Al₂O₃), our sapphire parts are engineered to perform reliably in extreme environments where ordinary glass cannot survive. Sapphire offers exceptional hardness, broad-spectrum optical transmittance, excellent thermal stability, and outstanding chemical resistance, making it the material of choice for aerospace, medical, industrial laser, semiconductor, and high-temperature applications. Key Properties & Advantages - Extreme Hardness: Second only to diamond, offering excellent scratch and wear resistance. - Broad-Spectrum Transmittance: Transparent from UV (190 nm) through visible to mid-infrared (5 μm). - High Temperature Resistance: Maintains structural integrity and optical performance up to 2000 °C. - Chemical Inertness: Resistant to most acids, alkalis, and corrosive environments. - Superior Thermal Conductivity: Efficient heat dissipation for high-power laser and semiconductor applications. Sapphire Optical Windows - Flat, parallel windows for protection and optical access in high-pressure, high-temperature chambers. - Available in various shapes: round, square, rectangular, and custom geometries. - Can be coated with anti-reflection (AR), high-reflective (HR), or protective coatings. Sapphire Lenses - Plano-convex, double-convex, meniscus, and custom-designed sapphire lenses. - Used for focusing, collimating, and imaging in harsh-environment optical systems. - Precision polished to tight surface quality and figure tolerances. Sapphire Rods & Tubes - Solid sapphire rods and hollow tubes for light guides, laser rods, and high-temperature sight glasses. - High surface finish and dimensional accuracy for demanding industrial applications. Sapphire Domes & Special Components - Hemispherical domes for protective covers in aerospace and surveillance systems. - Custom sapphire prisms, windows, and precision-machined parts available upon request. Applications - Aerospace and defense systems (sensor windows, domes) - Medical devices (surgical tools, endoscopes, implantable components) - Industrial laser processing and high-power optical systems - Semiconductor manufacturing and wafer processing - High-temperature furnaces, vacuum chambers, and corrosive environment monitoring - Scientific research and spectroscopy Custom Capabilities - Full customization based on customer drawings (dimensions, thickness, radius, tolerances) - Custom optical coatings: AR, BBAR, high-temperature, anti-fingerprint, and protective coatings - OEM/ODM service for low-volume prototypes and high-volume production - Strict quality control with coordinate measuring machines (CMM), spectrophotometers, and visual inspection Quality & Compliance - ISO-compliant manufacturing and quality management - Each batch is tested for transmittance, surface quality, and dimensional accuracy - RoHS-compliant materials available upon request FAQ 1. What makes sapphire better than ordinary glass for optical applications? Sapphire offers exceptional hardness, high-temperature resistance, chemical inertness, and broad-spectrum transmittance, making it ideal for extreme environments where ordinary glass fails. 2. Can you customize sapphire optical components according to my drawings? Yes. We provide full customization services, including custom dimensions, shapes, surface finishes, and various optical coatings. 3. What industries use sapphire optical components? Our sapphire parts are widely used in aerospace, medical, industrial laser, semiconductor, and high-temperature industrial applications. 4. What types of coatings are available for sapphire optics? We offer anti-reflection (AR), broad-band AR (BBAR), high-temperature, anti-fingerprint, and protective coatings tailored to your application.

Infrared optical components are specialized optical elements engineered for infrared wavelength transmission, focusing and protection. Built with exclusive IR-transmissive materials, they maintain stable optical performance in thermal imaging, temperature detection and night vision systems. Felix Glass provides full custom infrared optical component manufacturing, supporting industrial, military and scientific infrared optical system integration. Infrared Optical System Architecture Infrared Imaging & Focusing Elements Core lenses for infrared beam gathering and thermal image formation - Infrared Lenses: General IR focusing lenses for industrial thermal imaging and optical detection Infrared System Protective Elements Flat optical windows for infrared system isolation and dustproof protection - Infrared Windows: High infrared transmittance windows for sensor and equipment surface protection Special Infrared Material Lenses High-performance semiconductor infrared lenses for high-end IR systems - ZnSe Lenses: Low-absorption zinc selenide lenses for CO₂ laser and high-precision infrared devices - ZnS Lenses: High-stability zinc sulfide lenses for harsh-environment infrared imaging systems Available IR Materials - ZnSe (Zinc Selenide) - ZnS (Zinc Sulfide) - Germanium (Ge) - Infrared Fused Silica - Special IR Optical Crystals Manufacturing Capabilities - Infrared material precision cutting & forming - IR surface ultra-precision polishing - Low-loss infrared optical coating - Curvature & thickness precision calibration - Infrared transmittance testing - Defect screening for low-noise IR imaging Industrial Applications - Thermal imaging & temperature measurement equipment - Night vision & security monitoring systems - CO₂ laser processing equipment - Aerospace infrared detection systems - Military & defense optical devices - Industrial automation infrared sensing Why Choose Felix Glass - Professional infrared material processing technology - Low infrared loss and high spectral consistency - Custom IR coating for improved transmittance - Prototype to mass batch production support - Strict infrared optical performance inspection FAQ 1. What are infrared optical components used for? They are mainly applied in thermal imaging, night vision detection, infrared sensing and laser infrared systems. 2. What is the difference between ZnSe and ZnS lenses? ZnSe features lower absorption for laser transmission; ZnS offers higher mechanical stability for harsh industrial environments. 3. Can infrared lenses be customized? Yes. Size, curvature, thickness and infrared coatings can be customized according to optical system requirements. 4. Do you provide anti-reflection IR coatings? Yes. Professional infrared AR coatings are available to improve infrared transmittance and reduce light loss. 5. Are IR windows scratch resistant? Yes. Processed with precision polishing and hard coating, IR windows provide stable protection for infrared sensors. Request a Quote Send your infrared optical parameters or drawings. Get custom low-loss infrared optical solutions and factory pricing

Functional and display glass are engineered glass systems built for modern electronic displays and interactive touch interfaces. Integrated with physical strengthening, conductive film deposition and advanced optical coating technologies, these structured glass components deliver stable optical clarity, precise touch performance and long-term surface durability for smart industrial and consumer devices. Felix Glass provides full custom OEM and ODM functional & display glass solutions, serving global electronics and smart equipment manufacturers. Product System (Layered Structure) Touch & Cover Glass (Structural Layer) Strengthened safety glass for display protection and human-device interaction. - Touch Panel Glass: High surface hardness, precise touch sensitivity and scratch resistance for interactive terminals. - Display Cover Glass: High light transmittance and impact resistance for front screen protection. Conductive Glass (Functional Layer) Transparent electronic glass for sensing and circuit conduction. - ITO Conductive Glass: Uniform ITO film coating with stable conductivity for touch sensors and optical electronic systems. Optical Coated Glass (Visual Layer) Surface functionalized glass for optimized optical viewing performance. - AG Glass (Anti-Glare): Eliminates surface glare, reduces light reflection and visual fatigue under bright light. - AR Glass (Anti-Reflection): Minimizes surface reflectivity and improves overall light transmittance for clearer display. - AF Glass (Anti-Fingerprint): Smooth hydrophobic coating to resist fingerprints, oil stains and daily abrasion. Available Base Materials - Aluminosilicate Glass - Soda Lime Glass - Borosilicate Glass - High-Transmittance Optical Glass Manufacturing Capabilities - CNC precision cutting and custom shaping - Edge grinding, chamfering and ultra-fine polishing - Physical tempering and chemical strengthening - ITO conductive film coating and processing - AG anti-glare, AR anti-reflection, AF anti-fingerprint coating - Custom silk screen printing and laser marking Industrial Applications - Consumer electronic display systems - Industrial automation touch panels - Smart home & household appliance interfaces - Automotive intelligent control displays - Medical electronic diagnostic equipment - Commercial display terminals - Optical sensing and precision instrument systems Why Choose Felix Glass - Full-stack functional and display glass manufacturing capacity - Integrated strengthening, conductive coating and optical coating production - Flexible customization from prototype sampling to mass OEM supply - Strict optical, conductive and mechanical performance control - Mature global export and professional technical support FAQ 1. Can functional and display glass be fully customized? Yes. Size, thickness, shape, edge treatment, functional coatings and printing are all customizable per project requirements. 2. What is the difference between AG, AR and AF glass? AG glass reduces surface glare; AR glass improves light transmittance; AF glass resists fingerprints and oil stains. 3. What is ITO conductive glass used for? ITO conductive glass provides stable transparent conductivity, widely used for touch sensors and optical electronic components. 4. Can multiple functional coatings be applied on one glass? Yes. Composite coating processes of AG, AR and AF are available to meet multi-scene performance requirements. 5. What base materials are used for display cover glass? High-strength aluminosilicate, soda lime and borosilicate glass are selected according to strength and application scenarios. Request a Quote Send your technical drawings or specifications. Felix Glass provides tailored functional display glass engineering solutions and factory competitive pricing.

Precision optical components are core engineered elements responsible for professional light focusing, beam control, spectral filtering and system protection. They form the foundational architecture of laser devices, imaging systems, infrared detection and aerospace optical equipment. Felix Glass delivers full custom OEM and ODM optical component manufacturing, providing high-precision, low-distortion optical elements for global industrial and defense-grade optical systems. Optical System Architecture Imaging & Focusing Elements Core components for beam shaping, focusing and image formation - Optical Lenses: Precision polished lenses for imaging focusing, laser transmission and optical coupling Beam Control Elements Functional elements for optical path adjustment and light splitting - Optical Prisms: High-precision prisms for beam steering, reflection, refraction and optical path conversion Environmental Protection Optics Structural optical parts for harsh-condition system isolation - Optical Domes: Uniform-thickness spherical domes for aerospace, underwater and outdoor optical system protection Spectral Control Elements Wavelength screening components for precise optical filtering - Optical Filters: Custom bandpass, longpass and shortpass filters for targeted spectral selection and noise light suppression Available Materials - Standard Optical Glass - Fused Silica / Quartz Glass - Sapphire Crystal - Professional Infrared Materials (Ge, ZnSe, ZnS) Manufacturing Capabilities - Ultra-precision contour grinding & forming - Double-sided high-precision optical polishing - Curvature, angle and thickness calibration - Professional optical thin-film coating - Burr-free edge finishing & defect elimination - Full optical performance parameter testing Industrial Applications - Laser equipment & optical communication systems - Infrared thermal imaging & night vision devices - Aerospace & defense optical platforms - Medical optical diagnostic instruments - Industrial machine vision & automation systems - Scientific laboratory precision optics Why Choose Felix Glass - Full-spectrum optical system component manufacturing capacity - Strict tolerance control with low optical distortion - Integrated optical design, processing and coating service - Flexible scalability from prototype trial to mass production - Export-grade quality inspection and standardized packaging FAQ 1. Can precision optical components be fully customized? Yes. Shape, curvature, angle, thickness, coating and spectral parameters are all customizable per engineering drawings. 2. What materials are available for optical parts? We select optical glass, fused silica, sapphire and infrared materials according to working wavelength and application environment. 3. What are optical prisms used for? Optical prisms adjust optical paths, change beam directions and realize light splitting in precision optical systems. 4. What scenarios require optical domes? Optical domes protect internal optical structures, widely used in aerospace, underwater detection and outdoor surveillance systems. 5. Do you support customized optical coatings? Yes. AR, HR and customized spectral coatings are available to optimize transmittance, reflectivity and filtering performance. Request a Quote Send your optical parameters or technical drawings. Felix Glass provides tailored precision optical solutions and factory competitive pricing.