Used PARR INSTRUMENT Pressure Reactor #9110079 for sale

PARR INSTRUMENT Pressure Reactor is a type of reactor that performs catalytic conversions of various materials at high pressures and temperatures with the use of catalysts. This type of reactor takes advantage of kinetic control of reactions to increase the efficiency of the reactions. The reactions that can take place in this type of reactor range from oxidation, such as the conversion of olefins to epoxides, to hydration reactions and hydrogenation. Pressure Reactor consists of an enclosed chamber/vessel, a temperature control system, two pressure sensors, and a stirring motor. The vessel is typically constructed of a corrosion-resistant alloy, such as stainless steel. The temperature control system is designed to keep the temperature within a range for a set period of time. The two pressure sensors are designed to measure the pressure inside the vessel and are able to operate in both absolute and/or differential modes. The stirring motor is used to ensure that the reaction mixture is evenly and adequately mixed throughout the reactor. The use of a PARR INSTRUMENT Pressure Reactor allows for the conversions of various materials at high pressures and temperatures to take place more quickly, effectively, and efficiently. This type of reactor can be used to catalyze both simple and complex reactions, and the pressure-controlled environment allows for a wide range of pressures and temperatures to be applied to ensure the most optimal set of reaction conditions are achieved. In addition to providing optimal reaction conditions, Pressure Reactor also provides an extremely safe working environment for researchers. The vessel is designed with safety features such as relief valves, which allow for the safe release of pressure in the event of an emergency. The temperature control system is designed with two separate temperature settings, so that in the event of a power failure, the temperature will not exceed a set temperature threshold. Furthermore, the stirring motor is designed with an automated shut-off feature, so that in the case of an emergency, the reactor will shut off to provide additional safety. Overall, PARR INSTRUMENT Pressure Reactor provides researchers with a fast and efficient way to catalyze reactions at high pressures and temperatures. The safety features that are built into this type of reactor provide an added measure of peace of mind for researchers. With Pressure Reactor more complex and faster catalytic conversions can be easily achieved.