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Why Should We Use Dipping Solution For Welding Wire Mesh?

Nov . 19, 2025 14:49

 

Firstly, the welding mesh is divided into two types: dipping powder and dipping liquid; The impregnation solution can be divided into two categories: one is smooth impregnation, and the other is pitted impregnation. On these two major categories, products can be divided into different softness and hardness, different colors, formulated according to different needs, acid and alkali resistant, and so on.

Secondly, there are many applications of electric welding mesh impregnation in production and daily life: for example, many products such as doors and windows, clothes hangers, refrigerator baskets, tool handles, valve wrenches, and even counterweight iron can be impregnation processed. The product can be improved in terms of visual quality after being processed by impregnation, and the impregnation color is bright, sometimes even used to distinguish non functional products; The second is to increase the production of stainless steel welded wire mesh and extend the service life of welded wire mesh products; The third is to enhance the external image of the production enterprise. When the enterprise's output is good, the product image, corporate image, and other aspects will increase accordingly. It is still a new process similar to spray molding, but spray molding is thicker, stronger, and more durable. Ordinary spray molding can have a thickness of at least a few millimeters, while immersion molding has a certain advantage in thickness, making it easier for operators to use tools after immersion molding. It is sturdy and has good resistance to friction. If it is a liquid impregnation solution, it can also be prepared according to needs for a range of purposes such as soft hardness, acid and alkali resistance, corrosion resistance, etc.

The method of using post welding mesh impregnation solution is actually very simple: pre dissolve the flocculant and add it to the inlet pipeline. According to the addition example of 100ppm to 1000ppm, soak for 1 to 20 hours, and then dry at low temperature; Precautions: Store in a cool place and remain effective for a long time.