Maximum temperature 230℃, maximum pressure 2.5MPa! Heating efficiency improved by unique microwave control technology! Usable from research to production processes in a tabletop size.
The "Flow-Type Microwave Synthesis Device" is a system that allows for efficient heating through our company's developed glass reaction tube (coil). It is a compact size that can be operated on a desk, enabling a smooth transition from research to production processes. 【Features】 ■ Improved efficiency through our unique microwave control technology ■ Reduced reaction time due to uniform and rapid heating ■ High reproducibility through uniform heating and continuous chemical reactions ■ Increased yield due to uniform heating and high reproducibility ■ High safety due to a compact reaction space ■ Significant cost reduction through automation *For more details, please download the PDF or feel free to contact us.
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basic information
【Specifications】 ■ Microwave oscillator output: Maximum 100W ■ Maximum temperature: 230℃ ■ Maximum pressure: 2.5MPa 【Examples of Reactions】 ■ Fischer indole synthesis ■ Investigation of multi-component dehydration condensation ■ Transition metal-free coupling reactions ■ Dehydration condensation ■ Williamson ether synthesis ■ Palladium W30-catalyzed Mizoroki-Heck reaction ■ Acetylation of alcohols with potential for annual ton-level production *For more details, please download the PDF or feel free to contact us.
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For more details, please download the PDF or feel free to contact us.
Company information
Sida FDS Co., Ltd. was established as the development division of the Sida Group, which consistently engages in "monozukuri" (manufacturing) to meet customer needs, from machining parts for machine tools and industrial machinery to the assembly of complete systems. Our goal is to develop and sell products that can be patented, not only in Japan but also globally. Moving forward, we aim to be a manufacturer that is needed by society through the development of our own products (such as environmental evaluation testing equipment and microwave irradiation devices for chemical applications).
