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Read MoreCustom tempered glass solutions designed for stronger protection, improved safety and reliable performance in cover glass, equipment panels and professional glass applications.
Tempered glass breaks into small blunt particles, helping reduce the risk of serious injury compared with ordinary glass.
Tempered glass offers much higher mechanical strength than standard annealed glass, making it suitable for demanding applications.
The smooth glass surface is easy to clean and maintain. Dust, fingerprints and surface dirt can be removed with proper cleaning.
Tempered glass has better thermal resistance and is suitable for products exposed to temperature changes or heat.
It can be used for cover glass, equipment windows, lighting covers, industrial panels and other customized glass parts.
Transparent tempered glass keeps a clean, modern appearance while providing strength, safety and reliable performance.
Tempered glass can be customized for projects requiring impact resistance, including applications with IK-level requirements.
GelivableGlass provides custom tempered glass solutions for cover glass, display screen glass, equipment panels and precision glass components, with support for cutting, CNC machining, printing, coating and edge processing.
Custom tempered cover glass provides improved strength, safety and durability for industrial control panels, medical devices, smart equipment and professional glass applications.
Tempered display screen glass helps protect display surfaces and touch interfaces while maintaining clear visibility and reliable surface performance.
Silk-screen printing supports borders, icons, logos, masking areas and functional patterns for customized tempered glass panels.
GelivableGlass supports custom sizes, holes, edges, shapes, coating and bonding requirements for non-standard tempered glass components.
Reference data for custom tempered glass used in cover glass, equipment windows, protective panels, lighting covers and industrial glass components.
| Category | Property | Details |
|---|---|---|
| Physical Properties | Density | ~2.5 g/cm3 |
| Physical Properties | Young’s Modulus | ~70 GPa |
| Strength | Flexural Strength | 120–200 MPa |
| Strength | Compressive Strength | >1,000 MPa |
| Thermal Properties | Thermal Resistance | Withstands temperature changes up to 250°C |
| Thermal Properties | Softening Point | ~720°C |
| Optical Properties | Light Transmittance | 88–91% |
| Safety Features | Fragmentation Pattern | Shatters into small, blunt particles |
| Standards | Compliance | ASTM C1048, EN 12150, ANSI Z97.1 |
| Customization | Thickness Range | 4 mm to 19 mm |
GelivableGlass can customize tempered glass by size, thickness, edge processing, holes, printing, coating and bonding requirements.
Tempered glass is widely used for custom cover glass, protective glass parts and equipment panels that require higher strength, safety and long-term durability.
Custom tempered glass can be used as protective cover glass for display screens, touch panels and interactive control interfaces.
Tempered glass provides stronger protection for industrial equipment panels, machine interfaces and control system glass components.
Tempered glass is suitable for medical devices, laboratory equipment and professional panels that require a clean surface and reliable strength.
Tempered glass supports outdoor terminals, public equipment and exposed display panels that need better impact resistance and durability.
GelivableGlass provides custom glass material selection, glass shape manufacturing, edge processing, printing and surface finish solutions for cover glass, display screen glass and precision glass components.
Ultra white glass offers high transparency and low iron content, making it suitable for clear cover glass, display panels and optical glass applications.
Standard clear glass provides stable transparency, reliable processing performance and cost-effective options for custom glass parts and touch panel cover glass.
Tinted glass helps control light transmission and appearance, supporting customized visual effects for display glass, equipment panels and special glass components.
CNC glass processing supports precise drilling, milling, cutting and polishing for custom cover glass with different shapes, holes and structural requirements.
Water jet cutting uses high-pressure water to process custom glass without a heat-affected zone, helping create complex shapes while keeping smooth glass edges.
Laser glass processing supports precise cutting, drilling, engraving and marking for customized glass components and detailed glass structures.
Pencil-polished edge treatment creates a smooth and shiny rounded glass edge, improving safety, touch feeling and visual quality.
Pencil satin edge treatment provides a smooth matte finish for rounded glass edges, suitable for glass parts requiring a softer visual effect.
Flat-polished edge treatment provides a straight and smooth glass edge, suitable for cover glass, equipment panels and precision glass components.
Beveled edge processing adds an angled edge surface to the glass, improving appearance and supporting customized glass design requirements.
Miter edge treatment is suitable for angled joining, special assembly structures and customized glass parts requiring clean edge transitions.
Seamed edge processing removes sharp edges through light grinding, providing a practical and cost-effective edge treatment for glass parts.
Flat satin edge treatment gives glass edges a matte appearance while maintaining a clean and stable finish for custom glass applications.
Polished ground edge treatment combines durability and visual quality, suitable for glass components requiring smooth and reliable edges.
Silk-screen printing is a reliable technique for glass surfaces. It is often used for borders, icons, logos, masking areas and functional patterns.
Digital printing supports high customization for glass decoration, allowing detailed patterns, complex colors and fine visual effects on glass.
UV printing uses UV curing technology to print special inks directly onto glass, offering vivid colors, quick curing and stable image quality.
AR coating reduces light reflection from the glass surface and improves light transmittance for display, optical and touch applications.
AG etched glass reduces glare and visible reflections, helping cover glass and touch screen glass remain clearer under bright lighting conditions.
Mirror coating forms a reflective film on the glass surface, supporting customized appearance effects for decorative, display and optical applications.
Send us your glass size, thickness, quantity and application requirements. Our team will review your project and reply with a suitable solution.
GelivableGlass supports custom tempered glass projects with precision processing, flexible customization and practical engineering support from sample development to batch production.
Our processing capability covers glass cutting, CNC edge grinding, hole drilling, edge finishing, strengthening, printing, surface treatment, inspection and packaging for custom tempered glass components.
GelivableGlass supports customized sizes, thicknesses, shapes, holes, edges, printing, coating and bonding requirements for tempered cover glass and precision glass parts.
We support multi-variety, small-batch customization for high-mix, low-volume and non-standard tempered glass projects, helping customers move from sample development to batch production.
Tempered glass is glass that has been strengthened through a controlled heating and cooling process. It has higher mechanical strength than ordinary annealed glass and is designed to break into small blunt particles when damaged.
Tempered glass provides improved strength, better impact resistance, higher safety and stronger durability. It is suitable for cover glass, equipment panels, protective windows and professional glass components.
Yes. GelivableGlass can customize tempered glass by size, thickness, shape, edge processing, holes, printing, coating and bonding requirements. For special-shaped glass parts, drawings or samples are helpful for technical evaluation.
Cutting, drilling, hole processing and edge finishing should usually be completed before tempering. After the tempering process, glass cannot be easily cut or reworked without risk of breakage.
Please provide the glass size, thickness, material, quantity, drawing, hole positions, edge requirements, printing design, surface treatment requirements and application environment. Our team can support sample development and batch production evaluation.
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