Sol equipment, and manufacturing method thereof

Abstract

The invention discloses sol equipment, and a manufacturing method thereof. The sol equipment is suitable to be used for preparing a sol material into an industrial sol; the sol equipment comprises a high speed shearing device, at least one shearing transfer device, and a hot processing device; the high speed shearing device is used for shearing the sol material; the shearing transfer device is connected with the high speed shearing device; the shearing transfer device is used for another time of shearing of the sol material passing through the high speed shearing device; the hot processing device is used for heating and cooling treatment of the sol material processed through at least two times of shearing to prepare the industrial soil. The sol equipment is capable of realizing large batchproduction of the industrial sol, so that the production efficiency of the industrial sol is increased, and it is beneficial for reduction of the production cost of the industrial sol.

Description

technical field [0001] The invention relates to a sol device, in particular to a sol device and its manufacturing method. Background technique [0002] There are many kinds of industrial sols, which are more common in the fields of biology, medicine, food and chemical industry, such as syrup, paste, cream, jam, dye, paint, ceramic glaze, adhesive, emulsified rubber, etc. In the existing manufacturing process, colloid mills and homogenizers are the main equipment for producing industrial colloids. Taking colloid mills as an example, an existing colloid mill includes fixed teeth and a movable tooth. A flow gap can be formed between the teeth, and the movable teeth can rotate at a high speed relative to the fixed teeth. When the above-mentioned flow gap is formed, the moving speed of the material attached to the surface of the movable tooth is much higher than the speed of the material attached to the surface of the fixed tooth, thereby generating a sharp velocity gradient, so...

AI Technical Summary

Problems solved by technology

In the existing manufacturing process, there are many problems, which not only affect the manufacturing efficiency and energy utilization rate of industrial sol, but also are not conducive to the stability of the finished product quality of industrial sol

[0003] Specifically, in the process of using the colloid mill to manufacture the semi-finished industrial sol, in order to ensure that the material can obtain greater shear force and frictional resistance, the fixed teeth formed on the colloid mill The flow gap between the movable tooth and the movable tooth is small, which reduces the manufacturing efficiency of the colloid mill and is not conducive to mass production of the industrial sol

Secondly, the movable teeth are easy to wear during high-speed operation, so that the size of the flow gap is uneven, resulting in the crushing, emulsification, homogeneity and uneven mixing of the material, which affects the quality of the finished industrial sol stability

In addition, the colloid mill for manufacturing the semi-finished industrial sol and the jacketed pot for heating the semi-finished industrial sol are set independently of each other, and the semi-finished industrial sol needs to be transported to the jacketed pot. After the above-mentioned semi-finished industrial sol is poured out, the follow-up process is carried out. The process is cumbersome, not only the manufacturing efficiency is low, but also the labor cost is consumed, which is also unfavorable for mass production of the industrial sol.

Moreover, the semi-finished industrial sol is exposed to the air during transportation and is easily polluted, which affects the quality of the industrial sol of the finished product.

In addition, for the convenience of pouring the semi-finished industrial sol into the jacketed pot, or pouring out the semi-finished industrial sol in the jacketed pot, the existing sandwiched pots are all designed with open openings. On the one hand, a large number of The hot steam emitted into the outside air prolongs the curing time of the semi-finished industrial sol. In addition, the heat used by the jacketed pot to heat the semi-finished industrial sol is difficult to be recycled, resulting in waste of energy and increasing all The manufacturing cost of industrial sol

In addition, the temperature of heating and cooling the semi-finished industrial sol needs artificial monitoring and control, which is not only unfavorable for the stability of the quality of the industrial sol, but also increases the labor cost of the industrial sol

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