2700l high-pressure hydrogenation reactor manufacturer

2700l high-pressure hydrogenation reactor manufacturerIntroduction:

Temperature: -196 ° C~800 ° C

Pressure: -0.1mpa~100mpa

Heating methods: electric heating, jacket electric heating, jacket external circulation, etc.

Discharge method: upward extrusion, downward discharge, flipping and pouring.

Mixing forms: paddle type, anchor type, frame type, propulsion type, screw belt type, turbine type, Bourmakin type, etc.

Sealing methods: magnetic seal, mechanical seal, packing seal.

Motor: Generally, motors are ordinary DC motors, or DC servo motors can be used. Explosion proof motors can also be used according to user requirements.

Control system: equipped with an automatic temperature regulator, with a temperature control accuracy of ± 1 ℃; It has speed display and stepless speed regulation function, adjustable heating power, and can achieve automatic temperature control. Real time display of temperature, pressure and other parameters, and remote data transmission function can be achieved according to customer requirements.

Main materials: The kettle body material mainly adopts S30408, S31603, S32168, S31008, etc., and can be made of titanium (TA1, TA2), nickel (N6), Monel, Hastelloy (C-276, C-22, B-3, etc.), tantalum, zirconium, duplex stainless steel, etc. according to different medium requirements. Spray PTFE and nickel (N6) lining, Hastelloy alloy, etc. inside the reaction vessel.

2700l high-pressure hydrogenation reactor manufacturerFeatures:

The reaction kettle consists of two main parts: a stirring container and a stirrer. The mixing container includes a cylinder, heat exchange elements, and internal components. The mixer, mixing shaft and its sealing device, transmission device, etc. are collectively referred to as the mixer.

The cylinder is usually a cylindrical shell that can be filled with materials inside the tank, providing the space required for the reaction and allowing the materials to undergo chemical reactions inside; The function of the heat transfer device is to meet the temperature conditions required for the reaction; The stirring device includes a stirrer, a stirring shaft, etc., which are the working components for achieving stirring; The transmission device includes accessories such as electric motors, reducers, couplings, and frames, which provide the power for mixing; The shaft seal device is a component that ensures the formation of a sealing condition during operation and prevents the medium from leaking outward.