Power Tools Die Casting Part Supplier Introduces The Use Requirements Of Zinc Die Casting Parts

With the development of the economy and the continuous optimization of zinc alloys,

 

With the development of the economy and the continuous optimization of zinc alloys, more and more customers choose zinc alloy die-casting products, which are often produced in high-end products. Because of their good texture and heavyweight, they are used for electroplating and baking paint, and their appearance is very atmospheric. , So it is favored by many buyers. Next, Power Tools Power Tools Die Casting Part  Supplier will introduce the five advantages of zinc die castings:

1. Precision: Dongguan zinc alloy dies castings have high dimensional accuracy, surface accuracy, and dimensional accuracy of thin-walled castings. The products produced are smooth and delicate, with a greasy feeling in the white color, which is very suitable for the needs of smooth products, and the product size is stable. It is highly convertible and can also use complex product requirements.

2. Mass production: The machine has high productivity. Some Dongguan zinc alloy die-casting machines can die-cast thousands of times every eight hours, and they have a long service life. Some life spans can reach tens of millions or even millions of times.

3. Economical: Due to the smooth surface of Dongguan zinc alloy die castings without trachoma, etc., it can be used directly without processing, which saves some procedures and has a small amount of processing. Because he inherited to improve the utilization rate and reduce the workload, the casting price is also very cheap.

4. Surface: The surface treatment of Dongguan zinc alloy die castings is very convenient. It can be painted and electroplated, and it does not contain lead and cadmium, which is a green material.

5. Plasticity: Zinc alloy has strong centrifugal molding performance and good toughness, and can cast complex shapes.

Through the above introduction, Power Generating Tools Factory hopes that you can simply refer to the content of this article in future use.

 


Anna Xinxinmetal

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