Perfect for the electronics-related industry! A spray dryer for the production of fine particles suitable for pharmaceuticals.
Equipped with a twin jet nozzle, it is capable of producing fine particles in the range of a few micrometers. With its compact body, scaling up from the lab to production is easy. For more details, please contact us or download and view the catalog.
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basic information
Features ○ Equipped with twin jet nozzles ○ Capable of drying materials that are easily affected by heat (low-temperature drying) ○ The main body can be replaced with SUS or special heat-resistant filter cloth ○ Excellent sanitary properties, easy to assemble, disassemble, and clean ○ Various operations are possible by using the main body as a filter cloth ○ Positive pressure inside the tower → normal drying operation ○ Negative pressure inside the tower → cooling granulation operation with secondary cool air introduction
Price information
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Delivery Time
※It will vary depending on the specifications. For more details, please contact us.
Applications/Examples of results
【Purpose】 From prototyping to manufacturing of fine particles for ceramics, chemical products, pharmaceuticals, battery materials, and new materials. 【Industry】 Electronics-related industry, chemical industry, pharmaceutical industry, automotive-related, ceramics and fine ceramics, steel and machinery industry.
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Company information
Okawara Chemical Engineering Co., Ltd. provides technology for spray drying, spray cooling, fluidized granulation spray dryers, and exhaust gas treatment on both large and small scales. Various industries have diverse processes, and it has become essential to produce powder products from various liquid raw materials in response to customer demands. As a leading company in this field, Okawara Chemical Engineering actively assists customers in product development, from raw liquid processing to packaging, through engineering and equipment proposals on a daily basis. We will continue to make proactive efforts to maintain and expand our know-how in particle production.