What will affect the efficiency of a square duct machine? Source: aclmachine Basically speaking, for a square duct machine, the main factors affect the efficiency of the duct manufacturing machine are as below: first of all, the fiction of the transferring setting equipment, second of all, the gravity to overcome the processing components. Literally speaking, you can see that though the fiction, the heating system and the noise and so forth. Among of them, the fiction is the most main factor in affecting the efficiency of the rectangular ductwork. So above all, to reduce the fiction function and to shorten the transferring chain is the most efficient way to get rid of this problem. But today, ACL Machine, as a duct fabrication machines in China for decades, providing used spiral duct machine for sale service all the time, will let you know some insights about the factor in affecting the efficiency of a square duct machine when operating the rod shearing machine.
For starters, as you may know, the thickness of the metal working, the dimension of the square duct pipe, the counting of the outer edge of the duct fabrication machines, and the diameter of the square duct pipe, all these factors play an very important role in affecting the efficiency of the duct fabrication machines, so generally speaking, the thickness of the metal working of the square duct pipe should be between 0.5 mm and 2 mm. What’s more, the unfolded size has a small influence on it, but which can be totally neglected, all you need to care about is, when the thickness is more than 2 mm, when beginning to do the blanking process with the square duct machine, you had better measure the diameter based on the counting of the medium diameter, which means the diameter the outer diameter minus the thickness of the square duct pipe. Secondly, the key point when starting the blanking progress is to keep enough space between the cutting mouth and the square duct flange, so do keep this in mind when comes to this process. After reading this blog, do you want to learn more about related information? Please follow us and we will update more knowledge for you.