The two types of powder coating equipment commonly used are single helix and double helix. Many companies require a high output of twin-screw when using powder coating equipment. Because the operation efficiency of the powder coating equipment itself is very fast, the energy saving problem has also attracted the attention of the majority of customers. Many people will wonder, will efficient machines save energy? Will it save electricity? Let's take a look at how much electricity the powder coating equipment consumes when it is working?
Under normal circumstances, machinery with the same screw diameter, high-speed and high-efficiency machinery needs to consume more energy than conventional machinery, and it is also necessary to increase the motor power. Since the high-efficiency powder coating equipment has the same screw diameter, increasing the screw speed can increase the output.
A twin-screw machine with a large screw diameter needs to install a larger radiator, and the heat dissipation area will also increase. Therefore, with the same production capacity, the barrel of the new powder coating equipment with high speed and high rotation is smaller than the conventional one, and the heater consumes less energy than the traditional large screw machine, so it also has a power saving effect in heating.
In terms of heater power, the high-speed and high-rotation twin-screw powder coating equipment will not increase the power of the heater due to the increase in production capacity compared with a machine with the same screw diameter. Because the power consumption of the heater is mainly reflected in the preheating stage. Therefore, in the normal production process, the heat of material melting is mainly realized by the conversion of electric energy consumption of the motor. At the same time, although the conduction rate of the heater is low, the actual power consumption is not high.
