1～5 item / All 5 items
Achieving vacuum film deposition on the inner surface of a cylinder! Coating with a metal thin film enables internal reflection of light within the cylinder and heating through electric current.
■Overview It is possible to form thin films on the inner surface of cylinders up to 1,500 mm in length, which is rare in the world.
Outstanding high-performance thin films. Their reliability and capabilities are backed by over a quarter-century of mass production achievements.
Kyocera utilizes the technologies cultivated through mass production of various devices to provide a range of developed functional thin films. <An example of a high-performance thin film development product> - Piezoelectric (PZT) thin film A piezoelectric thin film capable of controlling minute displacements. - Thermistor thin film (Cr-Al) A thin film with thermistor characteristics that allows for fine temperature control while measuring, with appropriate resistance value changes due to temperature. - High hardness thin film (SiC, diamond-like carbon: DLC) A high hardness thin film with good adhesion, produced by low-temperature film formation below 250°C, which is gentle on the substrate and tailored for specific applications. - Photocatalytic thin film (TiO2) A thin film with the ability to decompose organic substances when exposed to ultraviolet light.
Maximum film formation area 400mmΦ・315mm□! Film deposition of various thin films by sputtering.
We offer contract film deposition of various metal materials, oxide film materials, etc., and we specialize in film deposition on plastic substrates. The usual delivery time is about one week, and patterned film deposition is also possible upon request. First, please let us know the material you wish to deposit and the substrate you will use. Based on your requirements, we will determine the pre-treatment conditions, deposition conditions, film thickness, etc. 【Available Substrates】 ■ Glass ■ Metal ■ Ceramic ■ Si wafers ■ Various plastic materials *For more details, please download the PDF or feel free to contact us.
Rich experience in processing various materials and substrates! Substrate × thin film = optical adjustment, conductivity, antibacterial/antiviral.
Introducing the "Sputtering Technology" of Sekisui Nano Coat. We have a proven track record in various applications and functions, with extensive experience in processing a wide range of materials and substrates. We accommodate sputtering processing for unique fibers such as chemical fibers and carbon fibers. Additionally, we own sputtering equipment capable of handling widths up to 3400mm and up to 10 sputtering sources. Please feel free to consult us regarding thin film product development/sales, contract film formation processing, prototypes, and more. 【Features】 ■ Three technical axes: Optical adjustment, conductivity, antibacterial/antiviral ■ Proven track record in various applications/functions ■ Extensive experience in processing various materials and substrates - Materials: Various metals, alloys, compounds; Substrates: Films, metal foils, paper, etc. ■ Sputtering processing for unique fibers - Examples: Chemical fibers, carbon fibers, glass fibers, non-woven fabrics, etc. *For more details, please refer to the PDF document or feel free to contact us.
Outstanding high-performance thin films. Their reliability and capabilities are backed by over a quarter-century of mass production achievements.
Kyocera utilizes the technologies cultivated through mass production of various devices to provide a range of functional thin film development products. <An example of high-performance thin film development products> - Conductive thin film (Al) A functional conductive thin film that excels in high current resistance (migration resistance), has heat resistance, and also offers excellent processability (etching). - Lead-free ferroelectric thin film (BaTiO3) A compound with a perovskite structure. A lead-free ferroelectric ceramic thin film that exhibits a rapid increase in dielectric constant near the Curie point of 120°C. - Shape memory alloy thin film (Ti-Ni) A shape memory alloy thin film that has a large amount of work per unit volume and can be applied to micro-actuators and other devices. - Pulse-resistant heating thin film (Ta-based, etc.) A heating thin film with a thickness of about 300 angstroms, which excels in pulse resistance and has good processability (etching), with excellent distribution characteristics.
