SLP410Multi functional reactor

SLP410 Multi functional ReactorIntroduction:

SLP410Multi functional reactorConduct multiple experiments simultaneously to accelerate the development process of the system. The SLP series multi parallel reaction vessels are widely used in various catalytic reactions, high-temperature and high-pressure synthesis, hydrogenation reactions, gas-liquid two-phase, liquid-liquid two-phase, exothermic reactions, composition testing, stability testing, corrosion testing, fine chemicals, supercritical reactions, catalyst evaluation and development, mainly distributed in the fields of petrochemicals, chemistry, pharmaceuticals, polymer synthesis, metallurgy, etc.

SLP410Technical Specifications:

SLP410Details

For today's chemists, how to explore good reaction conditions in a short period of time, shorten the research and development time as much as possible, and ensure that new products have a competitive advantage requires a suitable Senlang parallel reaction system, conducting multiple experiments simultaneously, and accelerating the research and development process.

SLP410from4Simultaneously conducting experiments in each reactor, each reactor is equipped with separate heating, stirring, and pressure components to ensure that each reaction is independently carried out at different temperatures, pressures, and stirring speeds, accelerating the screening of experimental conditions and optimizing reaction conditions. The reactor design is compact and simple, with complete accessories including temperature probes, pressure gauges, inlet valves, sampling valves, exhaust valves, stirring devices, and heating devices. The kettle body and heater can be separated, which facilitates the disassembly of the reaction kettle and improves work efficiency.

SLPMixing method: Internal magnetic mixing, without any leakage or maintenance issues of the shaft seal, ensuring no leakage of rotating parts, making the test more efficient.

SLPMixing motor: German * high-power motor, strong and powerful, high-speed and stable.

SLPGas inlet valve: Gas inlet needle valve, reliable quality.

SLPSampling valve: convenient for sampling and analyzing the reaction process at any time during the reaction process

SLPExhaust valve: facilitates vacuum treatment and gas replacement of the system before the reaction, and serves as a vent valve after the reaction is complete

SLPPressure gauge: Real time monitoring of reaction pressure

SLPTemperature probe: penetrate deep into the interior of the reaction vessel to monitor the reaction temperature in real-time

SLPHeating unit: module heating, fast heating, accurate control.

With the development of the chemical industry, the demand for new catalysts continues to increase, and the low efficiency of the process of developing new catalysts seriously restricts the development of new catalysts and new catalytic processes. The application of combinatorial chemistry technology has become an effective way to develop new catalysts.SLP410Implemented parallel reactions in multiple reactors. This design not only solves the problem of parallel control of gas flow rate in multiphase catalytic reactions, making the reaction results of each kettle in the multi-channel reactor highly comparable, but also achieves independent controllability of each kettle.

Beijing Century Senlang Experimental Instrument Co., Ltd