Soda Lime Glass

Premium ultra-thin aluminosilicate glass featuring 0.25-2.0mm thickness range, ≥91.5% light transmittance, and 9H pencil hardness. Halogen-free composition ensures electrical safety certification compliance. Ideal for high-end displays, automotive panels, and wearable technology requiring exceptional durability and optical clarity.

Premium aluminosilicate glass sheets featuring ultra-clear optical properties with >91.5% light transmittance. Available in thicknesses from 0.25mm to 2.0mm with standard 1300×1100mm dimensions. Engineered for high-end displays, automotive applications, and demanding environments requiring scratch resistance and chemical durability.

Electronic-grade aluminosilicate glass substrate featuring 0.25-2.0mm thickness, ≥91.5% light transmittance, and 610 HV hardness. Ideal for premium displays, automotive interfaces, and harsh environment applications with customizable sizes and superior chemical durability.

Premium aluminosilicate glass substrates engineered for high-performance microscope slides manufacturing. Features ultra-thin 0.25-2.0mm thickness, >91% light transmission, and enhanced chemical durability. Standard 1300×1100mm size with custom options available. Ideal for electronics, optics, and laboratory applications requiring exceptional clarity and strength.

Premium aluminosilicate glass substrates with 91.5% light transmittance and thickness options from 0.25mm to 2.0mm. Ideal for high-performance microscope slides with superior optical clarity, chemical durability, and mechanical strength. Available in standard 5th generation size with custom dimensions upon request.

Premium aluminosilicate glass base sheets designed for microscope slides and optical applications. Features 91.5% light transmittance, 610 HV hardness, and customizable thickness from 0.25mm to 2.0mm. Ideal for electronics, architecture, and laboratory equipment with enhanced chemical durability and military-standard impact resistance.

Premium aluminosilicate glass panels engineered for high-performance microscope slide fabrication with DOL ≥500Mpa. Features include ultra-thin 0.25-2.0mm options, exceptional 91.5% light transmittance, and enhanced chemical durability. Available in standard 1300×1100mm size with custom dimensions possible. Ideal for electronics, optics, and laboratory applications requiring superior optical clarity and strength.

Premium aluminosilicate glass substrate featuring 1.0mm-1.2mm thickness, ≥91.5% light transmittance, and DOL ≥500MPa compression strength. Ideal for high-performance microscope slides, optical applications, and precision instruments requiring exceptional clarity, chemical durability, and thermal stability. Available in standard 1300×1100mm size with custom options.

Premium aluminosilicate float glass featuring ultra-flat surface with 0.25-2.0mm thickness options and exceptional 91.5% light transmittance. Engineered for diagnostic microscope slides, high-end displays, and laboratory equipment with chemical durability, 600+ MPa surface compression strength, and customizable dimensions. Ideal for applications requiring optical purity and mechanical reliability.

Premium aluminosilicate glass substrate featuring 9H pencil hardness, >91.5% light transmittance, and 610 HV hardness. Available in standard 1300×1100mm size with customizable options. Ideal for electronics, optics, and industrial applications requiring superior scratch resistance and optical clarity. ISO certified quality with comprehensive technical specifications.

Eco-Friendly Low-Iron Glass – RoHS-Compliant & Mercury-Free Sustainable meets high-performance. Our environmentally certified glass substrates contain no heavy metals, making them safe for medical devices, IoT sensors, and consumer electronics. Product description for ultra-thin ultra-clear aluminosilicate glass: `Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. `Specially formulated with mid-alumina composition (4.5-8%

Industrial-Grade Aluminosilicate Glass Sheets (0.25-2mm Full Thickness Range) Product description options for ultra-thin ultra-clear aluminosilicate glass: Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. Specially formulated with mid-alumina composition (4.5-8% Al₂O₃) for enhanced chemical durability. Ideal for harsh environments from smartphone cover glass to laboratory equipment." Advanced low-iron manufacturing

Specialty Ultra Clear Aluminosilicate Glass Sheets for Microscope Slider Product description for ultra-thin ultra-clear aluminosilicate glass: `Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. `Specially formulated with mid-alumina composition (4.5-8% Al₂O₃) for enhanced chemical durability. Ideal for harsh environments from smartphone cover glass to laboratory equipment." `Advanced low-iron manufacturing process

0.25-2mm High-Transparency Aluminosilicate Ultra-Thin Glass Substrate Product description for ultra-thin ultra-clear aluminosilicate glass: Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. Specially formulated with mid-alumina composition (4.5-8% Al₂O₃) for enhanced chemical durability. Ideal for harsh environments from smartphone cover glass to laboratory equipment." Advanced low-iron manufacturing process achieves

0.25mm-1.8mm Specialty Ultra-White Float Glass for Semiconductor Applications Product description for ultra-thin ultra-clear aluminosilicate glass: Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. Specially formulated with mid-alumina composition (4.5-8% Al₂O₃) for enhanced chemical durability. Ideal for harsh environments from smartphone cover glass to laboratory equipment." Advanced low-iron manufacturing process

Advanced Ultra-Thin (0.2-2.0mm) Low-Iron Electronic Glass Substrate Product description for ultra-thin ultra-clear aluminosilicate glass: Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. Specially formulated with mid-alumina composition (4.5-8% Al₂O₃) for enhanced chemical durability. Ideal for harsh environments from smartphone cover glass to laboratory equipment." Advanced low-iron manufacturing process achieves Fe2O3

Optically Perfect 0.2-2mm Ultra-White Glass for Camera Modules & Display Panels Product description for ultra-thin ultra-clear aluminosilicate glass: Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. Specially formulated with mid-alumina composition (4.5-8% Al₂O₃) for enhanced chemical durability. Ideal for harsh environments from smartphone cover glass to laboratory equipment." Advanced low-iron manufacturing process

Custom-Thickness (0.2mm to 2mm) High-Temperature Resistant Electronic Glass Product description for ultra-thin ultra-clear aluminosilicate glass: Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. Specially formulated with mid-alumina composition (4.5-8% Al₂O₃) for enhanced chemical durability. Ideal for harsh environments from smartphone cover glass to laboratory equipment." Advanced low-iron manufacturing process

Ultra-Slim 0.33mm/0.55mm/0.7mm Optical Glass Panels for Touchscreens & OLED Product description options for ultra-thin ultra-clear aluminosilicate glass: Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. Specially formulated with mid-alumina composition (4.5-8% Al₂O₃) for enhanced chemical durability. Ideal for harsh environments from smartphone cover glass to laboratory equipment." Advanced low-iron manufacturing process

Premium Ultra-White Glass Base Material 0.2mm for Precision Electronics Product description options for ultra-thin ultra-clear aluminosilicate glass: Engineered for premium Precision Electronics, offering scratch resistance and 91.5% light transmittance. Specially formulated with mid-alumina composition (4.5-8% Al₂O₃) for enhanced chemical durability. Ideal for harsh environments from smartphone cover glass to laboratory equipment." Advanced low-iron manufacturing process