Brazing furnace mesh belt is easy to break? You can do this!
Specific measures
1. Correct material selection
Brazing furnaces are generally divided into copper brazing furnaces and aluminum brazing furnaces, stainless steel brazing, nickel brazing, etc. Copper brazing furnaces are generally made of 314 material, and aluminum brazing furnaces are generally made of 316L material. Appropriate mesh belt wire diameter and weaving process are used according to material characteristics and weight.
2.Regular cleaning
It is important to regularly clean the welding slag impurities on the surface of the high-temperature mesh belt and in the furnace, which can not only keep the surface of the mesh belt clean, but also effectively prevent equipment failures caused by the accumulation of impurities.
3.Operation Note
When using the brazing furnace, workers need to strictly follow the precautions and pay close attention to the operation of the brazing furnace. If any problems occur, emergency measures can be taken in time.
Other measures
In addition to the above three measures, we can also maintain the brazing furnace mesh belt from the following aspects to extend the service life of the high temperature mesh belt.
4. Adjust the tension
When installing the brazing furnace mesh belt, correct tension adjustment is crucial. Appropriate tension can ensure that the mesh belt remains stable during operation while avoiding deformation and rupture caused by excessive stretching.
5.Straighten the belt
Straighten the mesh belt on the frame, check the crankshaft threading and spiral strips for accuracy, then measure the mesh belt diagonal, ensure the mesh belt is flat and then weld it to avoid mesh belt deviation and snaking.
6.Edge Design
If you want a durable brazing furnace mesh belt, we also need to properly process the edge of the mesh belt. We can use direct welding, edge hinge, edge heightening and other processes. The edge of the high-temperature mesh belt processed by these processes is not easy to damage and has a long service life.
