Satellites are one of the most familiar spacecrafts that enrich our lives. They range in size from cubesats whose dimentions are just several tens of centimeters to large satellites which weighes several tons, and are deployed in different orbits, including Very Low Earth Orbit (VLEO), Low Earth Orbit (LEO), Medium Earth Orbit (MEO), Geostationary Orbit (GEO), and cislunar Orbit (Earth-month, beyond GEO). AGC has a variety of materials that can maintain the high performance of satellites for various missions.
Satellite
Related Products
-
Cover Glass to Protect Solar Panel in Space
EG-S1 is a cover glass to protect photovoltaic cells for space applications. EG-S1 is highly resistant to electron and proton beams and has excellent ultraviolet shielding properties to reduce the reduction in power generation efficiency of photovoltaic cells. Provides optimal long-term performance EG-S1 is a cover glass to protect photovoltaic cells for space applications. EG-S1 is highly resistant to electron and proton beams and has excellent ultraviolet shielding properties to reduce the reduction in power generation efficiency of photovoltaic cells. Provides optimal long-term performance
Product
EG-S1
-
Highly Resistant Microlens Array
The aspheric lens surface enables control of the angle and intensity distribution of light required for Lidar illumination. It can also be used for multi-fiber coupling. Highly resistant to environmental changes and stable performance even under the widely varying day/night temperatures of outer space.
Product
Micro-lens array
-
Realization of Highly Efficient Optical Transmission and High-Precision Observation
The high-precision aspheric shape of the molded molding process provides very low aberration characteristics.High refractive index materials specialized for the infrared region and highly transparent materials with high transmittance throughout the entire visible light range are available. High radiation resistance reduces the risk of characteristic changes during operation.
Product
Aspherical Glass Molded Lens
-
Suppressing Ghosting and Flare, as well as Visual Sensitivity Correction
A filter that adjusts the sensitivity of the image sensor to human visual sensitivity. It suppresses the color shift between the captured image and the visual image. Absorptive filters reduce multiple reflections and scattering caused by sunlight and unwanted stray light generated in the optical system, and are effective in suppressing ghosting and flare. A filter that adjusts the sensitivity of the image sensor to human visual sensitivity. It suppresses the color shift between the captured image and the visual image. Absorptive filters reduce multiple reflections and scattering caused by sunlight and unwanted stray light generated in the optical system, and are effective in suppressing ghosting and flare.
Product
Visual sensitivity compensation filters for digital cameras
-
Generating Special Lighting for 3D Sensing
High Optical Efficiency
This diffractive optical element is developed using our proprietary optical design and precision microfabrication technologies. It leverages the inherent advantages of glass—such as heat resistance, light durability, moisture resistance, low thermal expansion, and radiation resistance.
For wavelength-division multiplexing (WDM) in optical communications, we also offer design solutions that minimize polarization and wavelength dependence.Product
Transmission grating
-
Optical Thin Films from Deep Ultraviolet to Far Infrared
Optical thin films are formed using a wide variety of materials and precise film thickness control. It is possible to resist high-intensity lasers, simultaneously controlling properties in widely different wavelength bands (visible light and far infrared.) Not only dielectric but also metallic films and DLC coatings are available. Our products have been used in planetary exploration spacecrafts, astronomical observatories, and universities and research institutes globally.
Product
Optical Thin Film
-
Improving SNR for Optical Communication
The steep separation of the transmission and rejection bands enables clear contrast characteristics. In the visible region, the blocking performance can be OD6 or higher. The wavelength range our filter can cover is from ultraviolet to infrared.
Product
band pass filter
-
Cleansing and Degreasing Solvent for spacecraft to reduce fire risk
AS-AS-300 is a fluorinated solvent that has a GWP of less than 1, has no flash point, and has high cleaning power in consideration of the global environment. It has been used for cleaning metal parts of satellites by many major players incl space agencies. It is also suitable for cleaning all other equipment and components used in spacecraft.
Product
AMOLEA™ AS-300
-
Protecting Electrical Equipment on Spacecraft with Excellent Bending Resistance and Insulation
Among fluoropolymers, ETFE has excellent electrical insulation and vibration resistance, and is used as a wire coating material for aircraft and helicopters on the ground and for artificial satellites and space stations in space.
Product
Fluon® ETFE
-
Insulating Sliding Parts and Sealing Materials
Among fluoropolymers, PTFE has excellent electrical insulation and heat resistance, and is used as a wire coating material for satellites, space stations, etc., which are used in harsh environments in space.
Product
Fluon®PTFE
-
SiAlON Ceramic ball
SiAlON ceramic balls offer exceptional durability, electrical insulation, and self-lubricating properties. They operate with low friction even without lubricants, making them ideal for use in vacuum and cryogenic environments—perfect for aerospace applications.
Product
SiAlON Ceramic ball
-
Cytop
This fluoropolymer offers high transparency across wavelengths from ultraviolet to near-infrared and can be applied as a thin-film coating. With excellent UV resistance and outstanding electrical insulation properties, it is ideal for surface protection coatings used in radar systems, cameras, and sensors.
Product
CYTOP™
-
Fluoropolymer film
Fluoropolymer ETFE film is expected to be used as a protective film for space-use perovskite solar cells because of its excellent permeability and flexibility, as well as its resistance to thermal cycling regimes and space radiation.
Product
Fluon® ETFE film

® ETFE Film”">