Used APPLIED MATERIALS P 5000 Mark II #102294 for sale

APPLIED MATERIALS P 5000 Mark II is a state-of-the-art heterogeneous reactor designed for a variety of applications. This reactor is renowned for its superior performance and ease-of-use. It features a gas mixing equipment that allows for reactions to be performed safely and precisely, as well as a wide range of controllable parameters. The reactor is composed of an autoclave chamber with an internal volume of nearly five litres. This chamber is constructed from stainless steel, with a multi-stage leaching/mixing system designed for effective agitation. The entire chamber is further equipped with a comprehensive set of sensors and a control unit, which ensures precision of operation. The reactor utilizes a high-precision gas dosing machine and a thermal control tool to ensure each reaction is completed accurately and consistently. This sophisticated setup provides maximum control over the reactions of interest, with the ability to control temperature, reaction times, and concentrations of reactants. When using APPLIED MATERIALS P5000 MARK II, higher yields are achievable due to the maintained accuracy of reaction conditions and the integrated safety features. This reactor is also capable of reproducing a range of demanding and challenging reactions. The reactor is equipped with built-in safety features, including automatic shutoffs, integrated detectors, and a fail-safe asset. Indicators provided with this model also allow for operators to monitor the reactor's operation, while the automatic shut-off allows for the reactor's safe shutdown in the event of an emergency. P 5000-MARK II is suitable for a range of research, industrial and commercial applications, including the synthesis of fine chemicals, pharmaceuticals and drug precursors. This advanced reactor can also be utilized in organic synthesis, crystallization and materials sciences. Overall, P 5000 Mark II is a highly advanced and dependable piece of equipment which is capable of performing a range of demanding reactions accurately and safely.