By reducing the weight of the photovoltaic module it is possible to reduce the load on buildings.
This glass with built-in PV modules is a solar thermal power generation system based on a frameless, large-sized module that uses tempered laminated glass. Featuring openness and outstanding heat shielding performance, it is optimal for eaves and building openings. It also helps create good design and increases the value of buildings.
This cover glass for solar PV modules uses highly transparent, extra clear glass to achieve improved light transmission. It is made with a special heat treatment glass to protect its solar PV module substrates.
This is a glass substrate that is coated with a transparent conductive film mainly used for thin-film type PV. It features a high rate of transmission and a high Hayes value.
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.
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.
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.
Lumiflon is a fluoropolymer for ultra high weatherability paints/coatings. It protects base material against sunlight, weather, and rust, and thus reduces maintenance costs for repainting and washing, etc. It works to maintain attractive appearance, gloss, and colors of coatings on various substrates used mainly for buildings and structures for long periods of time.
FRP (Fiber Reinforced Plastic) has high corrosion resistance and durability, and it is also strong, light, and resistant to rust. It is stronger than iron, yet lighter than aluminum. It is a material that provides safety, reliability, and comfort.
This product features strength properties, electrical properties, corrosion resistance, and low density, etc., so it can be used in a variety of fields.
AFLAS delivers outstanding performance even in harsh environments, as O-rings seals, wire insulator, oil seals, and hoses. AFLAS is fluoroelatomer with high durability to alkaline and amine chemicals. AFLAS demonstrates its power in the fields of automotive, ship, railway, and chemical plants, etc.
Fluon demonstrates its special characteristics as a material for linings, packing, and wire insulator, in a wide variety of fields ranging from automotives, aircrafts to cookwares. Fluon are fluoropolymers with outstanding weatherability, thermal stability, electric insulation, and anti-abrasion.
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.
TEMPERLITE is highly resistant to impacts, and it has the characteristic of fracturing into granular pieces if broken. It also boasts three to five times the strength of ordinary glass, and is thus a strengthened glass with outstanding safety.
This product has a high energy reflectance ratio and long durability, which are optimal for facilities that collect sunlight and utilize heat (CSP). It features a high transmission as well.
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 is one of basic alkali products which is manufactured through the electrolysis of salt by using AGC's fluorinated ion-exchange membrane (Flemion). It is widely used in fields such as chemical agents, chemical fibers, food industries, soaps, paper, and pulp.
This product is one of basic chemicals which is widely used in fields such as the manufacturing of various potassium salts, liquid soap, petrochemistry, and optical glass.
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.
This is a general-purpose resin popularly known as vinyl chloride and vinyl. For its outstanding physical properties such as water resistance, chemical resistance, flame resistance, electrical insulation, it is used in a wide range of fields.