NEG Glass in Life
Glass is more than a material—it's a vital part of everyday life, enabling progress and innovation across industries and our lives. From cities and infrastructure to the devices in our hands, NEG’s special glass plays a role in shaping modern society.
Cities
Glass helps shape the cities we live in, supporting the infrastructure and technologies that drive urban life. NEG’s special glass contribute to progress across industries like renewable energy, construction, and medical care—even art museums.
High elasticity glass fibers reinforce large wind turbine blades, ensuring the strength and durability needed for renewable energy production.
Using NEG’s advanced coating technology, Invisible Glass™ minimizes reflection, allowing artwork to shine without distraction. Its multi-layer coating, thinner than a strand of hair, makes it the ideal choice for protecting the value of precious paintings.
High-lead glass provides essential protection in nuclear facilities, shielding operators from radiation while maintaining visibility in control windows.
Widely used in construction and civil engineering, ARG fibers offer excellent resistance to alkalis and acids, reinforcing a wide range of materials from glass fiber-reinforced concrete (GRC), calcium silicate products, to crack prevention in concrete and mortars.
Neopariés™ lends both beauty and weather durability to the exteriors and interiors of commercial buildings, offering a deep, lustrous finish that stands up to the elements.
This high-performance glass protects medical professionals from radiation during critical procedures like CT scans, while maintaining clarity for swift and accurate diagnostics.
Roofing and flooring materials made with glass fiber improve building insulation and thermal efficiency, creating a more comfortable indoor environment.
This special fire-rated glass features a resin layer between panes of thermal shock resistant glass-ceramics, providing safety in schools by protecting against fires and preventing glass shattering during earthquakes or impacts.
Special glass-based lens antennas enable large-capacity, high-speed communication for autonomous buses, supporting seamless movement and platooning.
FireLite™ is designed to withstand extreme heat from fires and rapid cooling during firefighting efforts, offering safety and protection in commercial spaces.
NEG’s cutting-edge glass-ceramics technology powers all-solid-state batteries. These advanced batteries seamlessly integrate the positive and negative electrodes with a solid electrolyte made from stable oxides, utilizing our proprietary glass-ceramics technology. They not only operate safely in harsh environments without the risk of fire or toxic gas emissions but are also poised to power next-generation energy storage systems and residential battery units.
Communication Networks
In a world where communication drives progress, NEG’s advanced glass technologies support the backbone of global connectivity, enabling reliable, high-speed data transmission across a range of critical infrastructures.
NEG’s optical communication glass ensures stable, high-speed data flow. This includes precision-engineered lens components, Micro Prism, Micro Lens Array for optical transceivers, Glass Ferrule for connectors, and Micro Capillaries for fiber optic connections—all critical to maintaining seamless global communications.
In space, ultra-thin cover glass shields satellite solar panels from ultraviolet damage while reducing overall weight—key factors in enhancing satellite performance.
NEG’s CERSAT™ ceramic substrates play a crucial role in underwater communication, countering dimensional changes caused by thermal expansion with negative expansion to ensure the stable performance of optical filters (FBGs) used in submarine cables. This technology guarantees long-term reliability and precision in transmitting data beneath the oceans.
Data Centers and Communications Buildings
In an increasingly data-driven world, NEG glass technologies support the infrastructure of data centers and communication networks, ensuring speed, reliability, and efficiency in today’s high-tech landscape.
High-speed optical communication relies on NEG’s special glass components—Micro Prisms, Micro Lens Arrays for optical transceivers, Glass Ferrule for optical connectors, and Micro Capillaries for fiber optic connections—all ensuring stable, reliable connections across networks.
Combining the strength of ceramics with the characteristics of glass-core substrates, GC Core™ boosts semiconductor performance and reduces their energy consumption, meeting the growing demands of advanced technologies such as AI and the increasing number of data centers. Additionally, glass wafers for supporting semiconductors are engineered with high flatness and a wide range of thermal expansion coefficients to enhance semiconductor manufacturing.
Offices
NEG’s special glass improves the comfort of your workspace. With innovations that support clearer displays, efficient communication, and enhanced durability of devices, our glass meets the evolving needs of modern office environments.
Advanced coating technology brings added value to glass by incorporating features like transparent electrodes, anti-reflective properties, and fingerprint resistance, enhancing the functionality of touch panel displays.
Precision-formed glass using the overflow process delivers exceptionally smooth and high-quality surfaces, driving higher resolutions and clearer visuals in PC monitors.
Dinorex UTG™ is ultra-thin glass for chemical strengthening, designed specifically for cover glass in foldable displays—like those found in smartphones. Its seamless surface and uniform thickness ensure flexibility without compromising strength or reliability.
Long-wave infrared transmitting glass in security cameras provides crisp images in low light, while cover glass protects the sensitive image sensor and ensures clear signal transmission.
The image sensor, known as the camera's “electronic eye,” relies on high-quality cover glass to enhance its performance, allowing it to produce crystal-clear images and videos.
Super heat-resistant glass-ceramics with a cold mirror coating enhance projector lamp reflectors by reflecting visible light while simultaneously allowing heat rays to pass through.
Homes
NEG’s special glass enhances everyday life in familiar spaces like kitchens and living rooms, and even in surprising places like AR/MR goggles. Whether it's ensuring safety and durability or adding style and efficiency, our advanced glass solutions are designed for a wide range of home applications.
This super heat-resistant glass-ceramic is designed to be suitable for stoves and fireplace windows. With its exceptional thermal shock resistance and mechanical strength, Neoceram ensures both safety and performance at extreme temperatures.
Experience wider views and brighter images with high refractive index glass, enhancing augmented and mixed reality experiences with optimal light transmission.
Transform kitchen spaces with decorative coating technology that adds unique textures and designs to transparent glass, making refrigerator doors as stylish as they are functional.
StellaShine™ is a versatile glass that resists thermal shock, enduring rapid temperature changes without losing its durability or vibrant color options.
High-quality glass substrates are at the heart of evolving OLED and LCD displays, supporting larger, thinner, and higher-definition screens for a more immersive viewing experience.
Automobiles
Glass plays a pivotal role in the automotive industry, enabling advancements in safety, efficiency, and design. From powerful headlights to lightweight parts, NEG helps drive innovation in modern vehicles.
Chopped strand mats, made from short-cut E-glass fibers and processed into uniformly thick nonwoven fabric, are engineered to reinforce vehicle ceilings, enhancing the strength of interior materials while reducing overall weight.
Lumiphous™ converts blue LED light into brilliant white light, offering superior resistance to heat, water, and light, ensuring reliable and powerful illumination for automotive headlights.
Reinforced plastics combine short-cut E-glass fibers with high-performance resins, providing dimensional stability as a strong, heat-resistant, moldable, and lightweight alternative to metal in key components like engine intake manifolds.
Long-wave infrared transmitting glass and band-pass filters in sensors help autonomous and assisted driving systems detect obstacles and distances, delivering clear, bright images even in low-light conditions.
Treated with chemical strengthening, optical coating processing, and decorative printing, Dinorex™ provides durable protection for automotive displays, enhancing scratch resistance and aesthetics.
Glass diaphragm made from Dinorex UTG™—an ultra-thin glass for chemical strengthening—produces exceptional sound quality in automotive speaker systems, ensuring a premium audio experience.