Attention those struggling with glass substrates that conduct electricity for research and development!
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We can deposit materials (types) and thicknesses of substrates and films according to your requirements! FTO transparent conductive film with high performance and a transmittance of over 80% *In-house testing available.
Do you have any requests such as wanting to effectively conduct electricity using glass substrates used in LCDs, electronic components, and solar cells, or wanting to use glass substrates as heaters by heating them up? At SPD Research Institute, we can deposit films with sheet resistance and thickness tailored to your needs! We can also provide high-performance glass substrates with a transmittance of over 80% on a contract basis. *Testing with our self-developed deposition equipment is possible. We have numerous achievements with major electronics and chemical manufacturers! 【Do you have any of the following requests?】 ■ I want to experiment with a wide range of thicknesses from 0.2 mm to 2.5 mm for thin glass. ■ I want to deposit films not only on glass but also on metal (such as SUS/aluminum) substrates. ■ I want to deposit films selectively on specific patterned areas. ■ I want to try different types of films. *Examples: FTO, ITO, T:O², ATO, AZO, CuI², PTO, etc. At SPD Research Institute, we can achieve film deposition tailored to your requests because we manufacture our own deposition equipment. Please feel free to contact us. *For information on thin film coatings for glass, metal, ceramics, etc., please download the PDF or contact us.
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basic information
【Features】 ○ Coating the glass surface with FTO (fluorine-doped tin oxide), which is transparent and conductive ○ Low-cost film formation using the SPD method, which allows for film formation in the atmosphere ○ High light transmittance and conductivity ○ Improved thickness uniformity through a moving spray method ○ FTO film thickness: 500–800 nm ○ Haze rate: 3–10% *For information on thin film coatings for glass, metal, ceramics, etc., please download the PDF or contact us.
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Applications/Examples of results
[Film Formation Targets] Glass, metal, ceramics, silicon, etc.
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Company information
I established this research institute with the aim of commercializing the chemical film formation technology I developed while working at the university. Along with the fabrication of related devices, I aim to develop a new dye-sensitized solar cell system that utilizes various films produced by this technology, contributing to energy supply and environmental conservation. I intend for all products to achieve the highest standards in the world.