Application of structural adhesive equipment kneading machine in high viscosity mixture process

The kneading machine of structural rubber equipment is generally used to stir low viscosity and low viscosity elastic-plastic fluid dynamics processing technology such as air dried or vulcanized rubber like thick plastic materials. It has a wide range of functions, various types, and is widely used, with the advantages of uniform stirring and pre plasticization efficiency. What people are talking about here is the column type kneading machine. In terms of practical operation and mixing efficiency, the column type kneading machine of structural adhesive equipment is definitely second only to the horizontal kneading machine.

Practical operation and advantages of column type kneading machine for structural adhesive equipment

The advantages of the column type kneading machine for structural adhesive equipment compared to current kneading machines cannot be answered by the above sentence, but are reflected in various aspects. The key is the application scope of the kneading machine for this type of structural adhesive equipment. Everyone knows that this kneading machine is used to stir sticky chemicals. For example, in the fields of electrical equipment, pharmaceuticals, dyes, or plastic industry, it is required to mix and aggregate pigments, viscous and plasticizers, and highly charged plastics to form an excellent and symmetrical relative dispersion.

From the actual effects of mixing and external diffusion, both types of structural adhesive equipment kneading machines can be considered suitable for the current standard specifications and can be integrated into raw material production and manufacturing. In the column type kneading machine of structural adhesive equipment, the mixing fins are sorted according to basic principles, so it is generally referred to as a column type bidirectional mixer.

One of the mixing fins in this type is fixed and stationary, while the other rotates tightly around it like a large planet. Therefore, it has resulted in a practical effect similar to that of a horizontal mixer, which is to ensure that the chemical substance has a strong working pressure, tensile strength, and breaking force for sufficient mixing in the short term. In addition, using a new and sturdy stirring rolling bearing can refute the argument that horizontal kneading machines are better than column kneading machines at the dual rolling bearing level to a considerable extent.

The advantage of the column type kneading machine for structural adhesive equipment is that it displays information in general practical operations such as feeding, discharging, and cleaning. Moreover, the probability of using multiple mixing tanks has saved a lot of time, thus saving a lot of costs in terms of efficiency, and the same mixing material is more economically developed.

When producing individual polymers based on the addition of sealing and curing agents, rapid mixing is crucial due to the short shelf life of some raw materials. Because the mixing tank and mixing fins of the column type kneading machine can be cleaned separately, it can make cleaning faster and easier.

In addition, the aqueous solution used during cleaning often penetrates into the shaft gaskets of the horizontal kneading machine, posing a risk to them. Changing the filling material and disassembling the mixer is time-consuming. Another specific situation that competes with the horizontal kneading machine market is the probability of changing the mixing amount of the structural adhesive equipment column kneading machine. Everyone knows that when the mixing component is completely covered by the mixing material, the kneading machine of the structural adhesive equipment operates. It is different from the column type kneading machine. Due to the small distance between the stirring fins of the column type kneading machine for structural adhesive equipment and the bottom and outer walls, as well as the small distance between the stirring fins in the middle, it will operate under much lower volume requirements for installation amplification.