Stainless steel mixing tank, stainless steel mixer reactor

Description

Manufacturer supplies WX****0 type stainless steel mixing tank, stainless steel mixer reactorStainless steel mixing tanks are widely used in industries such as coatings, medicine, building materials, chemicals, pigments, resins, food, and scientific research The equipment can be made of carbon steel, stainless steel, and other materials according to the user\'s product process requirements, and can be equipped with heating and cooling to meet different process and production needs. The heating methods include jacket electric heating and coil heating. The equipment design is reasonable, with advanced technology, long-lasting durability and features easy operation and convenient use. It is an ideal chemical equipment with low investment, quick production start, and high returns. Types of mixers â‘ eller mixer: Consists of **3 propeller blades (Figure 2), operates at high speed, with the peripheral speed of the blades generally being***5 m/s. The propeller mixer mainly creates axial flow, producing a large circulation volume. It is suitable for mixing low-viscosity (＜Pa·s) liquids, emulsions, and suspensions with less than *0% solid content. The mixer\'s shaft can also be inserted horizontally diagonally into the tank, creating an asymmetric circulation path, increasing turbulence, and preventing the liquid surface from caving in. â‘¡ Stainless steel mixing tank mixer:ists of **4 straight or curved blades mounted on a horizontal disk (Figure 3). The ratio of the blade\'s outer diameter, width, and is usually *0:5:4, with a peripheral speed of **8 m/s. The turbine creates highly turbulent radial flow when rotating, for gas and immiscible liquid dispersion and liquid-liquid reactions. The viscosity of the liquid being mixed should not exceed *5Pa·s. â‘¢ P mixer: There are two types, flat paddle and inclined paddle. The flat paddle mixer consists of two straight blades. The ratio of the blade diameter to height is***0, with a peripheral speed of 1.**3 m/s, producing a small radial liquid flow. The inclined paddle mixer (Figure4) has two blades angled at *5° or *0°, creating axial flow. The paddle mixer is simple in structure, often used for low-viscosity liquids, dissolving and suspending solid particles. â‘£ Anchor mixer: The shape of the blade\'s outer edge matches the inner wall of the mixing (Figure 5), with only a small gap in between. It can remove viscous reaction products attached to the tank wall or solid matter accumulated at the bottom maintaining good heat transfer efficiency. The peripheral speed of the blade is 0.**1.5 m/s, suitable for mixing Newtonian fluids and pseudlastic fluids with viscosities up to **0Pa·s. However, when mixing highly viscous liquids, there may be large stagnant areas in liquid layer. ⑤ Screw mixer: The outer diameter of the screw is equal to the pitch (Figure 6), specifically for mixing high-viscosity liquids (******0Pa·s) and pseudoplastic fluids, typically operating in laminar flow conditions. â‘¥ Magnetic stirrer: Corning digital heater comes a closed-loop knob to monitor and adjust the stirring speed. The microprocessor automatically regulates the motor power to adapt to water, viscous solutions, and semi-solid. ⑦ Magnetic heating stirrer: Corning digital heating stirrer comes with an optional external temperature controller (Cat. No. ***5PR), can also monitor and control the temperature in the container. Heating or cooling devices These are generally determined by the user based on whether the material needs to be, dried, or cooled. The temperature should be below **0℃ within the customized range