100L Stainless Steel High Pressure Parallel Reactor

Description:

Parallel autoclaves are high efficiency reaction platforms specially designed for the screening of chemical reaction conditions, each reactor is equipped with independent control of temperature, speed, pressure and other parameters.Parallel autoclaves are widely used in various catalytic reactions, high temperature and 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 applications, mainly in petrochemical, chemical, pharmaceutical, polymer synthesis, metallurgy and other fields.

Technical Advantage:

SLP stirring method: internal strong magnetic stirring, no shaft seal leakage and its maintenance, to ensure no leakage of rotating parts, the test is safer.

SLP stirring motor: German original imported high power motor, strong and powerful, high speed and stability.SLP gas inlet valve: gas inlet needle valve, reliable quality.

SLP sampling valve: easy to take samples and analyse the reaction process at any time during the reaction.

SLP venting valve: convenient for vacuum treatment of the system and replacement of gas before the reaction, and as a venting valve after the reaction.

SLP pressure gauge: real time monitoring of the reaction pressure.

SLP temperature probe: deep inside the reactor body, real time monitoring of the reaction temperature SLP heating unit: modular heating, fast heating and precise control.

Main Feature

?Accurate and error-free parallel testing of multiple reactions.

?Independent over-temperature and over-pressure alarm and intelligent pressure relief for each group of reaction zones.

?.Computer-connected control for interactive human-machine operation.

?Multi-functional and compact design that does not take up much space

?Long reaction cell life with "zero" maintenance

?Highest level of chemical protection

-Internal precise + parallel temperature control technology

?Parallel anhydrous and oxygen-free technology

?Parallel tube sealing technology

?Parallel micro-reaction technology

?Parallel anhydrous and oxygen-free reflux

?Integration of high and low temperatures at room temperature

?Good parallel temperature uniformity.

?Safety protection level A, explosion-proof valve for precise pressure relief for long term use.

?Excellent stability and uniformity of parallel speed and parallel temperature.