AGC offers various products using borosilicate glass, which is known as a heat resistant glass, by using a wide-range of molding and processing technologies . AGC's industrial glass products are used for the combustion tubes of oil stoves and explosion-protection lighting covers, etc. The linear expansion coefficient of borosilicate glass is 32X10-7/°C.
This product has wind pressure resistance strength over three times that of other glass of the same thickness. If broken, this tempered glass will be fractured into granular pieces rather than sharp shards.
This product improves the vehicle's safety as a result of being shatter resistant in the event of breakage. A special strong and flexible film is laminted between 2 sheets of glass. An additional feature of this product is a barrier against UV ray transmission.
This product works by passing an electric current through conductive printing that is printed onto the glass surface, generating heat to defrost ice and to defog the glass surface to ensure rearward visibility.
SELEMION cleans wastewater, and collects and purifies valuable resourcese by dsalinating (reduces salt levels) and concentrating (increase salt levels) ionic materials in liquids via an ion-exchange membrane.
sunsep can efficiently permeate only moisture and dehumidify gas via a membrane, simply by supplying moist gas on the inside of a hollow fiber membrane and dry gas (purge gas) on the outside. It is a clean and compact gas dryer that uses hollow fiber membranes made of the fluorine resin Flemion.
By using FRP grating for a wood structured load bearing wall, this product lets in daylight and provides ventilation, providing an open and comfortable living space with earthquake resistance.
This product has achieved a flush surface with no unevenness between the glass surface and resin surface, as a result of the integrated molding of optical glass and zero shrinkage plastic. It thus enables seamless molded products made of glass and plastic.
Fluon ETFE film is a fluorine film with outstanding features, including heat resistance, chemical resistance, non-adhesion properties, and electrical properties. It is widely used in areas such as electronics, aviation, space exploration, solar PV modules, kitchen equipment, and wallpaper.
Available in a variety of forms, including powder, paste, preforms, and tubes, these glass materials are mainly used in electronics applications for insulation, hermetic sealing, and protection purposes, etc. AGC leverages its strengths in design and analysis to expand applications of glass as a high-performance electronic material.
When LEDs are used in high power applications, the amount of heat they generate increases. However, GCHP improves the durability of regular LEDs and UV-LEDs and enables them to be used for high-power applications, as they are more reliable than conventional resin and alumina substrates in terms of heat dissipation and discoloration. In addition, its reflectivity is from 20 to 30% higher than that of alumina substrates, so intensity may be increased effectively.
AGC's melting, molding, and edge-processing technologies enable the production of glass tubes with an outside radius of 5 to 44 mm, a thickness of 0.5 to 2.2 mm, and a total length of 330 to 2,530 mm. These glass tubes are mainly used as glass for straight, ring-shaped, and compact fluorescent lamps. The linear expansion coefficient of the glass is 95X10-7/°C.
This glass has been manufactured based on the technological research and development for fine glass, fine chemicals, and fine ceramics that AGC has accumulated over many years. This glass has high purity, high quality, and high performance, and is suited to fast-evolving semiconductor processes and is used for various optical materials, etc.
Manufactured based on quartz glass, this glass can be easily processed into various forms. Developed by applying the manufacturing technologies for very high purity quartz glass, it has extremely low thermal expansion, and is optimal for cutting-edge applications which require thermal expansion to be minimized.
This glass reduces deterioration from laser radiation to under 1/5 to 1/6 relative to that of conventional artificial crystal, and its light resistance against high-intensity lasers, which are used for IC steppers/scanners, etc., has been greatly improved. It is an optimal artificial crystal for polarization optical element (such as depolarization plates and wave plates), diffractive optical element, and prism materials.
It is an extremely pure material that is mainly used as components used for thermal processes in semiconductor manufacturing. In addition to conventional 300 mm-and-under horizontal furnaces and vertical furnaces, this product enables the design and manufacturing of 450 mm components to meet increasing wafer sizes. AGC is pursuing technological development to further increase purification and boost the precision of processing technologies to catch up with the trends in the miniaturization processes, which have advanced to the nano level, in the pre-processing of semiconductors.
This product uses borosilicate glass, which has outstanding heat resistance and chemical resistance, and it is molded with a high surface precision in a deep-mined shape using direct press processing. Its interior is coated with many layers of film, and thus it selectively controls the wavelengths that are reflected. It is a reflector (mirror) for liquid crystal projectors, rear projectors, and lamps for lighting devices for shops and decorations.
Fly eye lenses (integrator lenses) for liquid crystal projectors. Made with borosilicate glass, these lenses have outstanding heat resistance and weather resistance.
These lenses concentrate light from projector lamps using a heat resistant high-pressure mercury vapor lamp. Made with borosilicate glass, these lenses have outstanding heat resistance and weather resistance.
These aspherical lenses, made from heat and weather resistant borosilicate glass, satisfy the light distribution performance requirements for automotive headlights. They can be used both for headlights and fog lights.
This chemically strengthened glass is stronger than ordinary glass, and is also thin and does not crack easily. Leoflex contributes to reducing the weight of solar PV modules and lighting devices, etc.
This ultra-thin glass is used for the prepared slides of microscopes. Our ultra-thin glass technology supports medical care.
This ultra flat glass supports digital devices. It is a glass with an extremely high level of flatness that is used for copy machines and optical devices.
This product features sophisticated technologies of surface polishing process for representative optical glass materials such as BK7, quartz, and extra clear glass, at the micron order. It enables processing of not only flat plates but also complex prism shapes.
This product coats various types of metallic films such as glass and optical plastics using a vacuum evaporation method. It enables the reflection and transmission of light sources such as red lasers across a variety of wavelength regions.
This product has optical features that other types of glass such as ultra thin glass, extra clear glass, and quartz glass do not provide on their own in terms of transmittance and density. It is a crystal wafer for optical products with a high level of quality.
This product is one of basic chemicals wich is widely used for glass (cathode ray tube, optical glass, etc.), ditergent, lye water for Chinese noodles, photographs, and the manufacturing of potassium salt, etc.
CYTOP is a fluoropolymer with an amorphous structure that has a high level of transparency. It can be dissolved with special fluorinated solvents, and it is widely used in a variety of fields that require electrical insulation, water repellency, oil repellency, release properties, chemical resistance, and moisture-proof properties.