【For Space Development】Experiment on Film Attachment Using Static Electricity!
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Contributing to weight reduction with static electricity! Introducing the potential of film fixation in space development through experimental videos.
In the space development industry, reducing the weight of rockets and satellites is an important challenge. Weight reduction leads to lower launch costs and an increase in the equipment that can be carried. In particular, securing films and thin films in space requires a lightweight and reliable method. Traditional adhesives carry the risk of increased weight and degradation due to environmental changes in space. Our electrostatic film attachment experiment presents a solution to these challenges. 【Application Scenarios】 - Securing insulation films on spacecraft - Securing protective films on solar panels - Simple material securing inside space stations 【Effects of Implementation】 - Weight reduction by eliminating the need for adhesives - Simplified attachment process - Compatibility with various materials
basic information
【Features】 - Generation of static electricity through the combination of a compact high-voltage power supply and an ionizing gun - Safety ensured by the grounding structure of the grip - ON/OFF operation possible at hand - Compatibility with various applications through the exchange of the tip electrode - Clear experimental introductions via video 【Our Strengths】 We have accumulated high-voltage technology over many years and possess flexible product development capabilities tailored to customer needs. We also support free demonstrations and contract manufacturing to help solve customer challenges.
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Applications/Examples of results
【Examples of Use】 [Corona Charging Gun GC90] ■ Adsorbing paper, foil, plastic sheets, etc., onto metal plates ■ Testing the charging performance of paper, plastic sheets, fibers, etc. ■ Using the repulsion of like charges to open fibers, etc. ■ Suction and adsorption of plastic powders and various ceramic powders ■ Charging and coating of fine powders ■ Power supply applications for electret manufacturing ■ Power supply applications for electrospinning devices for nanofiber production [Battery-Powered Charging Gun GC25B] ■ Simple experiments utilizing static electricity ■ Charging for confirming deionization effects ■ Educational purposes (Franklin motor, electrostatic pendulum, charging of Leyden jars, etc.) ■ Suction and adsorption of various fine materials and powders ■ Adsorption of paper, foil, plastic sheets, etc. ■ Opening fibers using the repulsion of like charges * In addition to the above, a wide range of applications is possible. * For more details, please refer to the catalog or feel free to contact us.
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We have contributed to society through the development and manufacturing of electrical and electronic control devices for many years. In recent years, we have entered the fields of high voltage control, fluid control, and automatic control of mechatronic devices, focusing on the development and production of eco-friendly, resource-saving, and high-quality products, which have been highly regarded and attracted attention from many industries.