Used BALZERS MED 010 #9114518 for sale

BALZERS MED 010 is a medium-pressure, low-temperature hydrogenation reactor designed for laboratory use. MED 010 is capable of a wide range of temperature ranges from -30°C to + 190°C. This allows for reactions to take place at a variety of temperatures, promoting optimal reaction times for many processes. It is also designed to maximize hydrogenation and transformation of organic substrates. BALZERS MED 010 is a laboratory-scale reactor with a volume of 500 mL. It is constructed from stainless steel and includes several safety features, such as pressure relief valves and fail-safe systems. The reactor is designed to obtain maximum efficiency without creating hazardous conditions and is equipped with several sensors to monitor key safety parameters. The reactor's simple and easy to use interface allows for precise control of various parameters. It is equipped with inline agitation with speeds up to 3,200 revolutions per minute (RPM). The reactor base includes an automatic switching equipment, which allows for easy transitions between different phases of a reaction. MED 010 reactor is designed to allow for maximum heat transfer with an optimized cooling system. It includes an environmentally friendly non-toxic silicone insulation and an integrated air flow management unit to promote effective cooling. The reactor can operate in either manual or semi-automatic mode and can also be remotely operated via a PC interface, thereby providing efficient control of the machine. The reactor is designed to maintain high levels of precision. Its integrated pressure control tool includes a pressure transducer, adjustable pressure regulator and fail-safe pressure relief valves for maximum safety and accuracy. In addition, the pressure control asset includes an automated switch-over from atmospheric pressure to hydrogen pressure. Overall, BALZERS MED 010 is a reliable and versatile medium-pressure, low-temperature hydrogenation reactor. It is designed to promote efficient reaction times while minimizing any potential safety hazards, making it a great option for laboratory use.