The difference between liquid and solid materials in three-dimensional mixer

The three-dimensional mixer is a machine that uses mechanical force and gravity to mix two or more materials evenly Hybrid machinery is widely used in various industries and daily life The three-dimensional mixer can mix a variety of materials into a uniform mixture, such as mixing cement, sand, crushed stone and water into concrete wet material, etc.; it can also increase the contact surface area of materials to promote chemical reaction; it can also accelerate physical changes, such as adding solute to granular solute, which can accelerate the dissolution and mixing through the role of the mixing machine The three-dimensional mixer consists of frame, transmission system, electrical control system and multi-directional transport mechanism Features: due to the multi-directional movement of the mixing can body, there are many cross mixing points of materials in the can body, and the mixing effect is high The uniformity can reach more than 99.9% The Zui large loading coefficient can reach 0.9 (0.4-0.6 for ordinary mixer) Short mixing time and high efficiency The three-dimensional mixer mixing barrel has the advantages of unique shape design, fine polishing of the inner wall of the barrel, no dead angle, no pollution of materials, convenient discharging, easy cleaning and operation In the operation of the three-dimensional mixer, because the mixing barrel has a diversified direction, all kinds of materials in the mixing process accelerate the flow and diffusion effect, at the same time, avoid the centrifugal force generated by general mixing, the phenomenon of material specific gravity segregation and accumulation, whether there is dead angle or not, which can effectively guarantee the good quality of Zui mixture materials The liquid mixing of the three-dimensional mixer mainly depends on the mechanical stirrer, air flow and the jet of the liquid to be mixed, so that the materials to be mixed are stirred to achieve uniform mixing The agitation causes part of the liquid to flow, and the flowing liquid pushes the liquid around it As a result, a circulating liquid flow is formed in the dissolver The diffusion between the liquid generated is called the main convection diffusion Three dimensional mixer is divided into four categories: gas and low viscosity liquid mixer, medium and high viscosity liquid and paste mixing machine, thermoplastic material mixer, powder and granular solid material mixing machine In the operation of the three-dimensional motion mixer, because of the multi-directional operation of the mixing can body, the flow and diffusion of various materials are accelerated in the mixing process The three-dimensional motion mixer is a kind of machine which uses mechanical force and gravity to mix two or more materials evenly Three dimensional mixer is widely used in various industries and daily life In the operation of the three-dimensional mixer, due to the multi-directional operation of the mixing can body, the flow and diffusion of various materials are accelerated in the mixing process, and the segregation and accumulation of material specific gravity caused by the centrifugal force of the general mixer are avoided The mixing has no dead angle, which can effectively ensure the Zui good quality of the mixed materials The working environment of the three-dimensional mixer is set, and all the participants are required to be evenly distributed when mixing The degree of mixing can be divided into three states: ideal mixing, random mixing and completely insoluble Various materials are mixed in the mixer, depending on the specific material mix, physical condition and characteristics, and the mixer and mixing operation time limit Liquid mixture is mainly composed of mechanical stirrer, air flow and liquid jet, mixed materials are evenly stirred, stirring causes partial flow of liquid, liquid flow and surrounding liquid, resulting in a circulating liquid flow composed of a container, and the diffusion between the resulting liquid is called main body convection and diffusion With the high speed of fluid flow caused by agitation, the shear effect of high-speed fluid flow and low-level fluid flow on the interface appearance results in a large number of local eddy currents These vortices quickly spread around, and more liquid enters into the vortices The turbulent convection diffusion formed in a small range is called eddy diffusion.