Uatar is presently a member of the North American Die Casting Association (NADCA). We adhere to "NADCA Product Specification Standards for Die Casting Aluminum, Aluminum-MMC, Copper, Magnesium, Zinc and ZA Alloys", 9th Edition.

The cold chamber die casting process is a preferred manufacturing method for metals that have high melting points. Typically, this will include metal alloys of aluminum, brass, and copper. The requirements for cold chamber die casting include an outside furnace and a ladle to pour the molten metal. Cold chamber die casting methods are known for their ability to produce denser metal castings.

Hot chamber die casting machines are primarily used for zinc, copper, lead, and other low melting point alloys. The injection mechanism of a hot chamber machine is immersed in a molten metal bath of a metal holding furnace. The furnace is attached to the machine by a metal feeding system called the gooseneck.

Die casting is a manufacturing process that is commonly used for producing accurately dimensioned, sharply defined, smooth, or textured surface metal parts. It is accomplished by forcing molten metal under high pressure into reusable metal dies. The die casting molds process follows the subsequent procedures regarding die cast mold manufacturing:

Zinc die casting is used to produce a wide range of parts and components within numerous types of industrial applications. The mechanical properties of zinc alloy die castings at normal temperatures are superior to sand castings of grey iron, brass, and aluminum, particularly in toughness and impact strength. They are much stronger, tougher, and more dimensionally stable than injection molded plastics. The reduced cost and improved properties have made it an ideal replacement for iron, copper, aluminum alloys or plastics parts.

Die casting is an automated casting process in which liquid metal is pressed into a mold under extreme pressure at a high rate of speed. This casting process is highly suitable for mass production of components and is generally used with alloys that have a lower melting point. Since permanent metal molds are utilized for the die casting mold process, it is possible to produce large and complex components with low wall thicknesses.

product description Business type Manufacturer Part Name china Aluminum wheel hub mold and die factory offered casting mold Main Product CNC Milling, Plastic Mould/Tooling, Prototype,Injection Molding Product, Injection Foaming Mold, 3D Printing,Die

Abstract: In addition to the main failure modes of die-casting molds under the influence of molten metal erosion and thermal stress on the surface, thermal fatigue damage is also caused. In the actual production process, the micro structure and electrical discharge machining of die materials will also cause cracking failures of die-casting molds.

The correct use of aluminum alloy die-casting molds can not only extend the life of aluminum alloy die-casting molds, but also improve the quality of the products. So what issues should be paid attention to in the process of using aluminum alloy die-casting molds?

The automatic control of die-casting temperature controller is an indispensable means in modern die casting technology. What is the function of die casting hot die machine in the temperature control of die casting?

Because zinc alloys are more active and easy to oxidize in the air, zinc alloy die-casting mold parts need to be well stored before and after die-casting, and surface treated after die-casting to make them more durable.

As the aluminum alloy die-casting process becomes more and more mature and the technology is greatly improved, more and more buyers are looking for integrated factory production parts that can provide post-mold production and processing. As a Shenzhen plastic mold factory, today I will share with you what process principles are used for aluminum alloy die casting for everyone to learn.