The mixing effect of a plow blade mixer depends not only on the rotational speed of the plow blade mixer, but also on factors such as the size of the gap between the plow blade mixer barrel and the plow blade head, and the length of the barrel. The output and power consumption of mixing are related to the spindle speed, the arrangement and quantity of flying knives. The faster the speed, the stronger the shearing effect, the better the crushing effect, and the production capacity will be improved. Generally, the speed is controlled at 1440 revolutions per minute during mixing to facilitate the mixing process. The speed of the flying knife should not be too fast to prevent the material from heating up. The temperature should be controlled and should not be too high. It is advisable to choose to control the temperature so that the material can be mixed evenly in a short time without sticking to the inner wall of the mixer during mixing.

For a closed mixer, in order to achieve good mixing effect with a plow blade mixer, it is required that the amount of material loaded at one time be appropriate. Too much material loading can affect the mixing effect and prolong the mixing time in the plow blade mixer due to insufficient space for movement, increasing power consumption; Insufficient material loading can also result in insufficient resistance in the plow blade mixer, thereby weakening the mixing effect and prolonging the mixing time. Therefore, the loading amount during mixing operation is related to factors such as the composition and properties of the materials, the structure of the machine, the operating mode, and the operating conditions. The loading amount of a general mixer is related to the working volume of its plow blade mixer. The control of the operating process conditions of the mixer, namely the control of material temperature and mixing time, is generally related to the formula of the material. When operating, it is necessary to mix evenly while preventing the degradation of material molecules. During operation, the mixed operation process is usually controlled by observing the reading changes of the ammeter of the main motor. The mixing operation is generally controlled at around 4-8mm. The materials used in the mixing process are generally in powder form, with slight particles. Del materials usually need to be crushed or pelletized with the help of a mixer's flying knife.