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Benefits of Aluminum Alloy Die Casting after Penetration Treatment

2019/8/15 8:51:29 click:

For the die-casting parts with airtightness requirements, these micro-gap can be filled by impregnation treatment. So what are the benefits of aluminum alloy die casting after infiltration treatment?
First, improve efficiency and output
1. The foam model used for impregnation of aluminum alloy die-casting parts is mechanical foaming. While ensuring the quality of the model, the production speed is also quite rapid.
2, aluminum alloy die-casting infiltration process simplifies the traditional process cumbersome steps, such as the shape of the core, not only laborious and inefficient.
3. The aluminum alloy die-casting part is impregnated into one box and multiple injections, and multiple boxes can be cast at the same time until the metal solution is used up.
Second, cost savings
1. The mold used for infiltration of aluminum alloy die-casting parts can be used for life, almost no loss, reducing or eliminating the cost of the mold.
2. The impregnation of aluminum alloy die-casting parts eliminates the traditional molding core process, which saves labor and reduces manufacturing costs.
3. The impregnation of aluminum alloy die-casting parts has been gradually developed from the casting industry with many male workers to a large number of female workers, and the labor force has been greatly reduced in all aspects, and the cost has been reduced from the wages of workers.
4. The sand for impregnation of aluminum alloy die-casting parts can be recycled, and the loss is 2%-5%.
The impregnation treatment is to immerse the die-casting part in the impregnation liquid which is filled and filled, so that the impregnation liquid penetrates into the loose part inside the die-casting part, thereby improving the airtight performance of the die-casting part.
These are the benefits of aluminum alloy die casting after infiltration treatment.  If you need to know anything else, please visit our website.
Source of this article:https://ympcnc.com/