Sew reducer has a more compact and reasonable internal structure
At present, there are more and more textile production and processing units in China. In order to meet the market supply, a large number of textile production are required every day. Therefore, in order to ensure production, the machinery and equipment needed to work stably can be effectively guaranteed, and the selection of gears will be very concerned. German sew reducer has advanced production technology, which not only improves the manufacturing defects of traditional reducer equipment, but also integrates high-tech technology. The internal structure of sew reducer is more compact and reasonable. Not only the scope is wider, but also the work efficiency is higher, so many textile production and processing units will choose sew reducer motor.
When installing sew reducer, the staff shall install the reducer in strict accordance with the working procedures, and the reducer shall be regularly repaired and maintained during use to ensure the working efficiency of the reducer. However, many workers do not pay attention to these problems when using the reducer, which is easy to cause the wear of the gear reducer to varying degrees, resulting in failures, etc.
It is found that sew reducer parts under wear can be repaired by welding or brush plating, and these two methods are also commonly used. But there are also some shortcomings of the two methods. When repairing the welding method, due to high temperature and thermal stress, whether the thermal stress can be completely eliminated, so it is easy to damage the deceleration material.
And repair by brush plating. Because the thickness of the coating can be limited, these coatings are also easy to fall off in the process of use. Therefore, although brush plating repair can solve some problems, the repair effect is unstable, and these shortcomings must be understood when using this method.
At present, many units use polymer materials to repair the gear reducer in sewing, because the polymer materials have stronger adhesion and high strength. The polymer materials in use are not only better in repair, but also not limited by thickness. Therefore, the repair methods will be more common in the future.
