By applying high pressure inside the device, various objectives can be achieved.
By utilizing the characteristics obtained under high pressure, this device can be applied to special chemical reactions, the molding of physical composites, and sterilization processes in the fields of medicine and biochemistry. 【Examples of Autoclave Applications】 ■ Chemistry Special chemical reactions ■ Medicine and Biochemistry Sterilization processes to eliminate pathogens (autoclave sterilization) ■ Engineering Molding of composites such as carbon fiber reinforced plastics (autoclave molding) and curing of concrete like artificial slate (autoclave curing) *For more details, please feel free to contact us.
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■Principle of Autoclave Under high pressure, many chemical reactions proceed faster than at normal pressure (1 atmosphere), and reactions that are rarely observed at normal pressure can occur. Additionally, when heating objects containing moisture, at normal pressure, most of the moisture inside the object turns into steam and is lost around the boiling point of water at 100°C (1 atmosphere). However, under high pressure, the boiling point rises, allowing the object to be heated at temperatures significantly exceeding 100°C while retaining the moisture. This characteristic is utilized.
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Yasujima is active in a wide range of fields, primarily focusing on the design and manufacturing of various vacuum plants, as well as various drying plants and sterilization equipment. Furthermore, we continue to take on challenges by developing new products, creating equipment tailored to customer requests, and making efforts to explore new fields.