Laboratory filtration reactorCompared to conventional reaction vessels, it has an additional replaceable filter screen that can be used for filtration, suction filtration, and other processes. Single layer and jacket options are available, while conventional and thick wall options are available. It can withstand pressure and vacuum, making it easy to observe the experimental process and control the temperature. The equipment used (such as leaching tanks, high-pressure reactors, stirring devices in the leaching process, filter screens, pumps, valves, pipelines in the filtration process, electrolytic plates, heat exchangers, exhaust fans, dust collection equipment, flues, etc. in the electrolysis process) are all in contact with acids, alkalis, chemicals, and various corrosive gases and smoke, making them susceptible to corrosion and mechanical wear at certain temperatures. Therefore, stainless steel or acid resistant enamel, lead plates, lining adhesives, and acid resistant coating materials are often used in these equipment. Before using titanium materials, the equipment suffered from severe corrosion, multiple accidents, and serious leakage of solution smoke, resulting in significant metal losses, high costs, poor working conditions, and decreased product quality. The entire reactor does not require the use of vacuum bottles, making it easy to disassemble without adhesion or pollution. There is a feed inlet at the top of the reactor, which can be fed under negative pressure.
The kettle body is made of double layered glass sintered, and cooling and heating liquids can be passed between the interlayers. The interlayer inlet adopts a gas line jet type liquid inlet method to increase and decrease the temperature faster and more evenly. The special design of the bottom filter plate of the kettle allows the equipment to withstand up to 100kg of reaction liquid pressure, which is used to heat the reactor body. The outer part is a cylindrical furnace body with a cylindrical silicon core, and the heating resistance wire is connected to it, which has the characteristics of good heat transfer effect and fast heating. The lower side of the furnace body is equipped with a socket, which is connected to the control instrument with a cable when in use.Laboratory filtration reactorThreaded connection is used with the flange, and the sealing between the reaction vessel body and the vessel cover adopts non heat sheet circular arc and conical line sealing. With high machining accuracy and the tightening force of the main bolt, the sealing effect is achieved. Composed of inner and outer circular magnetic steel, with a pressure bearing spacer in the middle, the stirring torque is transmitted by a servo motor through the magnetic force of the inner and outer magnetic steel, and a speed measuring element is installed inside the spacer.