Small Autoclave for Energy Storage Applications
For research and development of CFRP and other composite materials. A small autoclave compatible with multi-stage temperature control.
In the field of energy, particularly in the research and development of energy storage technologies, there is a demand for the development of high-performance energy storage devices. The use of lightweight and high-strength composite materials is essential in this area, and precise heating and pressurization molding techniques are crucial to maximize the properties of the materials. A small autoclave is necessary to efficiently advance the research and development of these composite materials. 【Application Scenarios】 - Research and development of high-performance energy storage devices - Prototyping of energy storage devices using composite materials - Durability testing of energy storage devices 【Effects of Introduction】 - Increased efficiency in research and development - Adaptation to diverse composite materials - Promotion of the development of high-quality energy storage devices
basic information
【Features】 - Compact design for testing and research facilities - Easy to move with casters - Supports 5-step temperature increase, enabling various patterns of curing tests - MAX temperature 200℃, MAX pressure 0.98MPa (Dandelion) - MAX temperature 380℃, MAX pressure 1.8MPa, equipped with cooling unit (Dandelion Forte) 【Our Strengths】 We leverage the technology cultivated in boiler manufacturing to design and manufacture pressure vessels. We can accommodate a variety of needs, including autoclaves for CFRP curing and molding.
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Applications/Examples of results
【Purpose】 ■ Evaluation tests ■ Production and prototyping of small parts 【Examples of Achievements】 ■ Delivered as equipment for prototyping and evaluation tests at industrial technology centers 〈Delivery Locations〉 Hiroshima Prefectural Western Industrial Technology Center Chiba Prefectural Industrial Support Technology Research Institute Ehime Prefectural Industrial Technology Research Institute Tokyo Metropolitan Industrial Technology Research Center Tokushima Prefectural Industrial Technology Center ■ Delivered as teaching equipment for universities, vocational schools, and high schools 〈Delivery Locations〉 Shinshu University Tsukuba University The University of Tokyo Nagoya University Tokyo Institute of Technology Nagano Prefectural Minami Shinshu Technical College Gifu University Akita Prefectural Yuri Technical High School Aichi Prefectural Komaki Technical High School ■ Delivered as equipment for research and development, prototyping, and manufacturing of small CFRP products for private companies 〈Main Industries〉 Automotive parts manufacturing Aircraft parts manufacturing Medical device manufacturing IC and electronic components manufacturing Rubber products manufacturing Glass and film components manufacturing Industrial materials and manufacturing materials *For more details, please refer to the catalog or website, or feel free to contact us.
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We have leveraged the technology we have cultivated through boiler manufacturing to aim to become Japan's leading "clutch door" manufacturer, focusing on the production and sales of round and square clutch door-type pressure vessels. As pressure vessels for production equipment, their applications have diversified alongside the development of various industries and advancements in production technology. We consistently manufacture everything from various steel plates to industrial machinery at our factory, and we also handle OEM for various processing equipment, including our own brand of mushroom culture sterilization devices and autoclaves. By newly establishing a research and development department, we aim to enhance our technological capabilities to respond to the high added value of production equipment, while further refining our "blacksmithing skills" to continue creating valuable products in the future.