There are very many people who ask Jet Mill, one question, is the price, in fact, there is very difference between Jet Mill's model and yield, so it takes fast when the customer is asked. Give the answer, the batch of materials, that is, the number of pulverized because the equipment model is very small. If the batch is large, the customer uses a small device, which will cause productivity to be very low, and Small machine production time is also relatively long, more prone to blocking phenomenon.
If there is a large machine, it may cause too much material loss, and the cost is very high. The ceramic lining pipe is made of high-tech production process - self-provisional high temperature clutch synthesis method. The tube consists of three layers of corundum ceramics, transition layer, and steel from the inner to the outside, and the ceramic layer is formed in a high temperature of 2,200 ° C (Al2O3) to form a strong bond through the transition layer with the steel pipe. In fact, there are very many customers who are not able to do for a long time. The specific situation is not, this can provide better, the material is crushing, this is mainly for setting the feeder The thread clearance is also very important, and the data can also cause the screw feed speed and too slow, and the yield is also smaller.
The COA capable of providing materials can materially material content and impurity, Jet Mill is a case where the continuity of pulverization is possible, and it is also possible to control the device. The test service can be paid for customers to provide more exquisite models and configurations for customers. Flat airflow mill is simple, easy to manufacture due to flat air flow milling, easy to manufacture, so it is widely used. Structure: Mainly composed of a crushing chamber, a nozzle port, an air outlet, a gas flow outlet, a compressed air inlet, a grading area, and the like. Working principle: Transform the compressed air or overheating steam into a high-speed airflow through the nozzle, when the material is fed into the pulverizing chamber by the feeder, a strong impact and dramatic friction make the material into a super fine product.
