Advantages of Ultra Thin Glass

Advantages_Of_Ultra_Thin_Glass

Ultra-high transparency：Ultra-thin glass has over 95% light transmittance. This ensures excellent optics.This makes it ideal for high-end displays.

Excellent flexibility：Ultra-thin glass can be bent without breaking, which makes it useful for special applications like foldable screens and flexible displays.

Excellent thermal stability：Ultra-thin glass has good thermal stability. It can keep its properties at high temperatures.

High strength and durability：Despite being ultra-thin, ultra-thin glass still has high strength and durability.

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Different types of Ultra Thin glass

High transmittance ultra-thin glass

The light transmittance is up to 95% or more, which ensures the clarity of the image and display effect.

Anti-glare ultra-thin glass

The surface is specially treated to reduce light reflection and prevent glare.

High strength ultra-thin glass

It was strengthened for extreme impact and pressure resistance

Flexible Ultra-thin Glass

It has a specific bending ability and can be bent within a certain range without rupture.

Conductive Ultra-thin Glass

The surface is coated with electrically conductive material for good conductivity.

High temperature stabilized ultra-thin glass

It can maintain stable performance in high-temperature environments, not easy to be deformed or damaged.

Different_Types_Of_Ultra_Thin_Glass
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Technical Parameters of Ultra Thin glass

Parameter Specific values/descriptions
Thickness Range 0.1mm – 0.2mm: Used in high-end electronic devices, such as cell phone and tablet displays.
0.2mm – 0.3mm: Suitable for optical instruments, camera lenses, and high-precision sensors.
0.3mm – 0.5mm: Suitable for construction materials, bright windows, and other industrial applications.
Size specification Size SpecificationMinimum size: 10mm x 10mm.
Maximum size: 2000mm x 1500mm.
Custom sizes available.
Optical properties Transmittance: up to 95% or more
Refractive index: 1.52
Mechanical property Compressive strength: 800-1200 MPa
Bending strength: 150-300 MPa
surface treatment Coating: This makes the surface more scratch-resistant and durable.
Anti-Reflection: Reduces light reflection and improves the display.
Anti-fingerprint: Reduces fingerprint residue and keeps the surface clean.
Anti-glare: Reduces glare and improves visibility in bright sunlight.

Applications of Ultra Thin glass

custom_glass_for_High-end_electronics

 High-end electronics

The ultra thin glass makes the screen clearer and lighter.

custom_glass_for_Optical_Instruments

Optical Instruments

It transmits light well and has a low refractive index.

custom_glass_for_Smart_Wearable_Devices

Smart Wearable Devices

Wearable tech needs lightweight, durable materials.

custom_glass_for_Medical_devices

 Medical devices

Ultra-thin glass is used in medical devices like displays, sensors.

Different Glass Processes to Meet Your Needs

As a professional custom glass processing factory, we provide a full range of glass processing solutions. Our core processes include: glass manufacturing, printing technology, coating technology, edge processing, bonding technology, etc. We can provide high-quality custom glass products for many fields such as architecture, home, electronics, and automobiles. No matter what your needs are, we can tailor the most suitable glass solution for you.

Gorilla Glass Thin and light

Gorilla Glass:

High-strength, scratch-resistant specialty glass widely used in smartphone and tablet screens. It has excellent durability and clarity while remaining thin and light.

AGC_Glass

AGC Glass:

High-quality glass produced by Asahi Glass for a wide range of applications, from architecture to automobiles. It has excellent optical properties and durability to meet diverse industrial needs.
Panda_Glass

Panda Glass:

High-strength glass designed for mobile devices with excellent drop and scratch resistance. It provides excellent touch and visual clarity for high-end smart devices.
Float_glass_edge

Float Glass:

Flat glass manufactured by the float process with a flat surface and uniform quality. It is widely used in areas such as architectural windows, mirrors, and furniture.
Quartz Glass-2

Quartz Glass:

Made of pure silicon dioxide, it has extremely high heat resistance and chemical stability. It is often used in high-temperature environments, optical instruments, and precision fields such as semiconductor manufacturing.
Sapphire_crystal_glass

Sapphire glass:

Made of artificial sapphire crystal, it has extremely high hardness and scratch resistance. Commonly used in high-end watch mirrors and screen protection for some smart devices.
Acrylic_material

Acrylic glass/PMMA:

Lightweight, highly transparent plastic material with good impact resistance. Widely used in areas such as signs, display cabinets and interior decoration, it is an ideal substitute for glass.
PC_material

PC (polycarbonate):

High-strength, high-toughness thermoplastic plastic with excellent impact resistance. Widely used in areas such as safety equipment, automotive parts and electronic product housings
Glass_shape_CNC_processing

CNC Manufacturing

CNC glass processing uses CNC technology for precise, complex shapes. This method can drill, mill, cut, and polish. It works on various glass types and thicknesses.

Glass_cutting_and_water_jet_cutting

Water Jet Manufacturing

Water jet cutting uses high-pressure water to cut glass. Sometimes, abrasives are mixed in. This cold-cutting technology avoids a heat-affected zone. It prevents thermal stress and micro-cracking of the glass. Water jets can cut thick and laminated glass. They can create complex shapes and contours while keeping smooth, burr-free edges.

custom_glass_for_Lasers

Laser Manufacturing

Laser glass processing uses high-energy laser beams for cutting, engraving, and marking. This method offers high precision and clarity. It excels at processing complex patterns and tiny details. Laser processing is fast. It can handle various glass thicknesses. It can also achieve non-contact processing, reducing mechanical stress on the glass surface.

Glass_dust_free_workshop silk screen printing

Silk-screen printing:

Silk-screen printing is a traditional, versatile technique that works on many glass surfaces. A unique screen can press ink onto the glass, achieving large-area, highly saturated color printing.

Digital_Glass_Printing

Digital printing:

Digital printing, a cutting-edge and flexible technique, allows for high customization in glass decoration. Utilizing advanced digital printers, complex, multi-colored patterns and fine details can be printed directly onto the glass.

UV_print

UV printing:

UV printing uses UV curing technology to print special inks directly onto the glass, cured immediately. This method offers excellent durability and vivid colors. It dries quickly, too. UV printing can create high-quality images on various glass surfaces, including clear and colored glass.

Anti_reflective_coating

Anti-reflective coating:

This coating cuts light reflection from the glass and boosts light transmittance. It is widely used in optical instruments, screens, and solar panels, improving clarity and efficiency.

Anti_fingerprint_coating

Anti-fingerprint coating:

An anti-fingerprint coating forms a film on the glass. It reduces the stickiness of fingerprints and oil stains and makes the glass easier to clean. This coating suits touch screens, smart devices, and high-end architectural glass.

custom_mirror_service

Mirror coating:

Mirror coating forms a highly reflective metal film on the surface of glass. This coating can create various mirror effects. It's suitable for decorative mirrors, architectural glass, and optical reflectors.

optical_coating

Optical coating:

Optical coatings can adjust the transmission, reflection, and absorption characteristics of light, optimizing optical performance. They are used in precision optical devices like lenses, filters, and lasers.

Color_coating

Color coating:

Color coating can produce various colors on glass, like gold, red, and blue. It can serve decorative and functional purposes, like solar control.

Chromium_coating

Chromium coating:

Chromium coatings provide metallic luster and corrosion resistance to glass surfaces. They are often used in automotive parts and architecture. They combine beauty and practicality.

ito_coated

ITO coating:

ITO (Indium Tin Oxide) coating provides conductivity while maintaining transparency. It is key to modern electronics and is used in touch screens, smart windows, and solar cells.

edge_glass_2D_edge_glass

2D edge

Classic straight edge treatment, two sides are polished at right angles, the edge is flat and smooth, suitable for conventional glass products, and is the most basic and common edge treatment method.

edge_glass_2.5D_edge_glass

2.5D edge

The edge presents an elegant arc transition, which is more rounded and softer than the 2D edge, ensuring safety and improving the visual experience. It is often used in consumer electronic products such as mobile phone covers.

3D edge

The edge adopts complex three-dimensional curved surface treatment, presenting a smoother and more natural three-dimensional effect, with excellent hand feel, and is mostly used in high-end electronic products and fine home glass.

Stepped_edge

Stepped edge

The edge presents a stepped multi-level structure, which can meet special installation and matching requirements. It is often used in embedded installation scenarios and special functional glass products.

3M_Adhesive

We use the world's leading 3M® and tesa® brand products to fully guarantee the quality and reliability of bonding:

• Brand guarantee

3M® and tesa® are both the world's top adhesive brands, with decades of R&D experience and strict quality control standards

All adhesive products are genuine original products to ensure the best bonding performance and long-term stability

• Product advantages

  1. Excellent bonding strength and durability
  2. Excellent anti-aging, anti-UV and temperature resistance
  3. Adapt to the use requirements under various environmental conditions
  4. No residual glue, easy to apply

• Application range

We can meet the bonding needs of different fields such as architectural glass, furniture glass, and electronic products.

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    Why choose ShenXun’s Ultra Thin Glass ?

    Shenxun’s ultra-thin glass is suitable for all kinds of high-precision applications. Contact us if you have any questions or need a customized service.

    Superior Quality:

    Shenxun is committed to providing the highest-quality ultra-thin glass. We test our products carefully to ensure that each piece has excellent properties.

    Innovative Technology:

    We invest in R&D and innovation, use cutting-edge manufacturing tech, and keep our ultra-thin glass at the industry’s forefront. Our experienced technical team can provide you with the best solutions.

     Customized Services:

    Shenxun can make custom products and services. They match the specific needs of our customers. We can customize our products for your needs. This includes size, thickness, and surface treatment. We will ensure they are perfect for your use.

    FAQ

    Ultra-thin glass is usually 0.1 to 0.5 millimeters thick. It is thinner than a sheet of paper.

    Thin glass, though thin, has high strength after special treatment and is not easy to break.

    After special treatment, thin glass is somewhat flexible. Within a specific range, you can bend thin glass without breaking it.

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