Short description:

The high-pressure parallel synthesis reactor is referred to as high-pressure parallel inverse, which is a new reaction synthesis type of scientific instrument that combines the basic principles of synthetic chemistry and the concept of combinatorial chemistry. The commonly referred to high-pressure parallel synthesis instrument, parallel reactor, parallel synthesiser, organic synthesis device, parallel catalytic screening and evaluation and other reaction devices are all other names for this type of instrument.

Product description

   The high-pressure parallel synthesis reactor is specially designed for the screening of chemical reaction conditions and each reactor is equipped with independent control of temperature, speed and other parameters. It is one of the equipment for reaction route exploration, condition optimisation and efficient synthesis in modern synthetic chemistry institutes. The parallel reaction is suitable for modern reaction synthesis equipment that requires a water and oxygen free system and strict gas tightness, wide temperature control range, accurate temperature control accuracy, strict reaction safety, high research efficiency and good repeatability. High pressure parallel synthesis reactors 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, corrosion testing, fine chemicals, supercritical reactions, catalyst evaluation and development and other applications, mainly distributed in petrochemical, chemical, pharmaceutical, polymer synthesis, metallurgy and other fields.      

Function introduction

1. It can be used for synthesis screening rapid reactions under the same experimental conditions, as well as pressure reactions under the same conditions of inert gas gases or under different conditions, etc. Each reactor is equipped with independent control of temperature, speed and other parameters.

2. The reaction temperature range is from room temperature to 300°C. The LED digital display and keypad can be set at any time with a temperature control accuracy of 1°C.

3. reaction platform gyratory vibration function: 0-2000 rpm gyratory rotation LED digital display, keypad arbitrary adjustment of speed.

4. Can work individually or in series at the same time, with independent sealed kettle lid design, no cross contamination.

5. Temperature control mode: high temperature using PID control heating thermostat digital display, temperature accuracy ±1℃.

6. Module capacity: 6-well/8-well/10-well/12-well same module maximum temperature difference ±0.2℃, effectively ensure the accuracy of experimental data.

7. Power supply voltage: 220V/50HZ whole machine power 800W.

8.SLP stirring method: internal magnetic stirring, there is no shaft seal leakage and its maintenance, to ensure no leakage of rotating parts, the test is more secure.

9.SLP stirring motor: high power motor, strong and powerful, high speed and stability.