We all know that can oiling is very important for the product, not only to ensure that the subsequent processing does not occur in the broken phenomenon, and the user will be more comfortable in the use of the time to protect the life of the goods, and also to obtain the user's unanimous praise, which often have an inseparable relationship with the working principle of can oiling and the entire process design.

The spraying mechanism installed on both sides of the can oiling machine will gradually suck out the oil from the storage tank by way of compressed air and spray out very small mist particles through the nozzle, and the oil will be automatically screened and filtered out when it passes through a number of special structures such as atomizing guns, leaving only micron-sized fine particles, which will enter the ionization zone in both sides of the aluminum foil oiling machine tank under the guidance of the secondary airflow. The large oil droplets will be fully blocked and will then flow back into the tank quickly along the inner wall of the mailbox through the recycling link. A certain amount of air pressure will be produced in the nozzle to produce a quantitative oil spray from which the oil mist produced at this time will often be much more than the amount needed.

Then the can oiling machine will be driven by the secondary airflow to make the fog into the ionization zone, in the process of movement will be further screening of the oil mist, only the particles that meet the relevant requirements will enter the last zone, and finally produce a strong voltage to the ionization zone, making each oil particles at this moment full of charge. After ionization, the particles will rise to the chamber with the thin oiling machine, thus entering between the moving aluminum foil and the high voltage drive plate, and then through the high voltage drive plate, with the location of the electric charge, driving the oil mist to reach the grounded metal belt above all drained, to be in this can completely absorb the charged particles.

The process flow of the can oiling machine is designed in most factories along the lines of the can foil slag off line, followed by the cleaning line, and then after the large roll annealing and large roll oiling, the finished product can be slit. In order to ensure that the physical properties of the cans can be oiled to meet the needs of each customer under this process, the manufacturer will carry out a temperature measurement of the cans with steel sleeves, which shows that the temperature can be 280 degrees Celsius after 14 hours to meet the needs of customers.

The above is the working principle of can oiling and the design of the entire process, if you have any questions about can oiling, you can read more about it.