News

Jul09

Unveiling the Lesser-Known Secrets of Aluminum Die Casting Process

The world of manufacturing holds within it a multitude of techniques that shape the products we interact with daily. Among these, the aluminum die casting process stands out as a remarkable method with a wealth of hidden intricacies. Beneath its surface lies a world of precision, efficiency, and innovation that impacts various industries. In this article, we will delve into the lesser-known secrets of the aluminum die casting process, shedding light on the technical marvels that often go unnoticed.

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Jul08

Forging Parts Manufacturer Will Tell You What You Need Investigate When Selecting Forging Partner

Forging is a manufacturing process that has been around for centuries. It involves shaping metal by applying compressive forces with a hammer or a press. Forging is divided into various processes, such as free forging, hot forging, and die forging. Forging is used in many industries, including automotive, aerospace, and construction. Forging parts manufacturers are essential partners for these industries as they provide the necessary product components. However, not all forging parts manufacturers are created equal. When selecting a forging partner, there are several points that you need to investigate to ensure that you are getting the best possible service.

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Jul07

Cast Iron Metal

Cast iron, also known as cast iron, is made by adding other metal elements, scrap steel, and recycled iron during the smelting process to adjust its composition and change its internal structure through forging, deterioration, spheroidization, and other methods. The carbon content of cast iron is above 2.11%. Industrial cast iron generally has 2.5% to 3.5% carbon content. In addition to carbon, cast iron also contains 1% to 3% silicon, manganese, phosphorus, sulfur, and other elements. The form of carbon in cast iron makes cast iron have unique properties. One of the classifications of cast iron we will talk about below is based on the form of carbon in the iron. Cast iron is primarily produced using casting processes to create iron castings with special shapes and properties.

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Jul04

Metal Stamping

Metal stamping is a metal fabrication process. It is a forming processing method in which we use presses and molds to apply external forces to sheets, strips, pipes, and profiles to cause plastic deformation or separation and to obtain metal stamping parts of the desired shape and size. Both metal stamping and forging belong to plastic processing (also called pressure processing), collectively called forging. The blanks for metal stamping are mainly hot-rolled and cold-rolled steel sheets and strips.

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Jul03

Hot Forging

Hot forging is one of the metal manufacturing processes to heat the metal billet above its recrystallization temperature using heat conduction heating, electromagnetic induction heating, or electric heating, and then forge so that the billet undergoes plastic deformation to make forgings with specific shapes, sizes, and mechanical properties. Hot forging is a necessary process, and hot forgings are widely used. The hot forging process can process a lot of metals and has irreplaceable advantages.

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Jul02

Lost Wax Casting

Lost wax casting is also known as investment casting. It has the process for Wax Pressing, Wax Repairing, Tree Formation, Dipping, Melting Wax, Casting Molten Metal, and Post-processing. Lost Wax Casting is the process that uses wax to make a wax mold according to the part to be cast and then coating the wax mold with mud, which is the mud mold. After the clay mold dries, it is placed in hot water to melt the inner wax mold. And then, take out the clay mold that has melted the wax mold and bake it into a pottery mold. Generally, when making the mud mold, the sprue is left. Pour the molten metal into the sprue. After the mold is cooling, we can get the lost wax casting parts.

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