[Solution Case] Use of Organometallic Compounds for Low-Temperature Organic Synthesis

Compact design! Non-Freon with programmable temperature control down to approximately -100°C.

Chemical reactions utilizing short-lived active species, starting with organometallic compounds, are often conducted at low temperatures below 0°C to improve reaction selectivity and increase the yield of target products. Typically, low-temperature environments are created using dry ice/acetone, dry ice/methanol, or liquid nitrogen, but accurately controlling the temperature can be quite challenging. The "UC Reactor" allows for precise temperature control in the range of -100°C to +50°C, with programmable control of the temperature profile. It enables the execution of highly reproducible experiments with good efficiency and accuracy. **Reasons why the ultra-low temperature reaction device "UC Reactor UCR-150N-S" is supported:** - No need for non-fluorinated refrigerants - Precise temperature control (programmable control) in the range of -100°C to +50°C - Custom design options for the shape of the aluminum block in the cooling chamber - Compact design that does not obstruct the laboratory bench - Maintenance-free *For more details, please refer to the PDF document or feel free to contact us.*

Cooling system