Open-ended flat-cover magnetic-drive reactor

WHF The magnetic-stirred reactor for industrial production is the preferred equipment for carrying out stirring reactions under conditions of high temperature, high pressure, and high vacuum with various media that are flammable, explosive, toxic, or valuable. It fundamentally solves the shaft seal leakage problem—previously insurmountable with packing seals and mechanical seals—ensuring zero leakage and contamination. It boasts a long service life and requires no maintenance. The reactor vessel material can be selected from: Carbon-manganese steel, stainless steels of various grades, titanium and titanium alloys, nickel, Hastelloy, zirconium and its composite materials, etc. The main material of the reactor vessel, the vessel body, and... The dimensions and number of openings on the reactor lid, the heating method, the internal structure of the reactor, the stirring speed, and the shape of the impeller can all be designed according to customer requirements. As for the heating methods, options include jacket steam heating, jacket thermal oil electric heating, jacket oil bath circulation, and far-infrared heating—customers can freely select any of these when placing an order. For reactor inner surfaces requiring polishing, we can achieve mirror-finish polishing. For materials with high viscosity, the reactor can be manufactured with a conical bottom, facilitating material discharge and cleaning. According to the manufacturing structure of the reactor, it can be classified as: Open-top flat-head reactor Open-ended Elliptical-head reactor vessel and Closed reactor There are three major categories, and each structure has its own scope of application as well as advantages and disadvantages.

Open-ended flat-cover magnetic-drive reactor

Features:
This reactor features an open structure, a compact design, and a relatively small external dimension. The reactor lid is heavy, which contributes to a higher price. It is suitable for applications involving higher pressures and smaller volumes.

Main technical parameters:
Main technical parameters:
Volume: 10 ~ 2000L Maximum working pressure: 25 MPa, Maximum operating temperature: 400℃
Stirring speed: 0–500 rpm, with variable-frequency speed control. Other performance characteristics of this reactor are the same as those of the head flange connection.

Description: Open-top, flat-head reactors come in two types: flat-head end-flange type and flat-head reverse-flange type. The design philosophies behind these two structures are essentially the same; however, the flat-head reverse-flange reactor is slightly cheaper than the flat-head end-flange reactor. Their design concept is based on the fact that certain chemical products require relatively high pressures (4.0–35 MPa) during the production process. ), with relatively little temperature restriction and a smaller volume (3000L). The operating conditions are as follows. Since the reactor features an open structure, maintenance and disassembly of the equipment are relatively convenient. This structure is particularly advantageous for handling highly toxic and flammable chemical products, as it improves workers’ working environment and reduces their labor intensity. However, because this structural design is suitable for higher-pressure vessels with thicker vessel walls, the machining cycle tends to be longer.

WHF Technical Parameters of the Series High-Performance Magnetic Stirred Reactor: