Used SAMCO PD-5400 #9375088 for sale

SAMCO PD-5400 is a compact high-performance pressure reactor designed for a wide range of applications. With a compact design and a maximum pressure rating of 330 bar, PD-5400 is ideal for a range of different applications such as synthetic organic chemistry, reactivity studies, and product development. The reactor is designed with a unique inlet-venting equipment, which allows for the efficient mixing of reactants within the system. The inlet-venting unit also allows for the safe release of pressure reducing the risk of an over-pressurization event. The reactor also features a gas-pressure safety valve which can be used to safely release high pressure gases from the unit. SAMCO PD-5400 is equipped with a programmable temperature controller which allows users to easily set and maintain the desired temperature within the reactor. This allows for precise control over the reaction conditions, ensuring optimal performance. The machine is also fitted with an additional pressure sensor, allowing users to easily monitor the pressure within the tool. The reactor comes with a durable Teflon liner and lid, allowing for straightforward cleaning and maintenance. This ensures that the reactor can be used in a wide range of organic chemistry applications without concern for contamination. The PEEK jacket of the reactor also can withstand higher temperatures allowing for the asset to be used in procedures requiring higher temperatures. PD-5400 reactor is also equipped with an array of safety features such as emergency pressure relief valves, a high pressure rupture disk, and a low pressure shutoff valves. These features ensure the safe use of the model and minimizes the risk of an over-pressurization accident. Overall, SAMCO PD-5400 pressure reactor is an ideal choice for applications which require high pressure, precise temperature control, and efficient mixing. With a generous selection of safety features, the reactor provides a safe and reliable platform for a range of organic chemistry applications.