In the production process, in order to avoid the defects of Aluminum Alloy Die Casting, it is necessary to adopt effective measures to reduce the moisture of the raw materials as much as possible, strengthen the quality management of smelting, and improve the exhaust energy of the mold. The details are as follows:

Aluminum Alloy Die Cast Part surface treatment, the common causes of mold are as follows: 1. External environmental factors. Aluminum is a vivid metal, which is easily oxidized and turned black or moldy under certain temperature and humidity conditio

After the heat treatment of Die Casting Mould, corrosion and rust scars appear on the surface. The mold is prone to cracks after quenching and the mold is scrapped. The mold is rusted during use. The mold is left for a long time to cause rust.

The surface strengthening treatment can not only improve the wear resistance and other properties of the Die Casting Mould surface, but also can keep the substrate strong enough and toughness, while preventing the molten metal from sticking and etching, which improves the comprehensive performance of the die casting mold and saves alloy elements It is very effective to significantly reduce costs, make full use of the potential of materials, and make better use of new materials.

Perhaps we all know the electroplating process of die castings, but many people can’t tell where it is used. In fact, electroplating surface treatment products range from jewelry accessories to cars and subways, and many things use electroplating. Electroplating has a great protective effect on the products. Die Casting Parts Supplier does not exaggerate that if there is no electroplating, 80% or 90% of the die casting metal products on the earth will soon become rusty and broken.

The temperature and humidity of the aluminum die-casting parts, the medium and sealing conditions of the parts are connected, and then there is a relationship with the accuracy requirements and specifications that can be met by the whole as a whole. As an Aluminum Alloy Die Cast Part Factory, share with you.

Leatherman has developed a multi-tool that can be worn on the wrist made with Metal Injection Molding (MIM) links.

17-4 PH is a precipitation hardening, martensitic stainless steel (17Cr-4Ni). It is noted for its high strength and hardness, excellent corrosion resistance and easy heat treatment. 17-4PH is usually machined to finished dimension in the solution heat treated and then strengthened by age hardening via the low temperature treatment process described below. 17-4 PH is magnetic in both the solution treated and age hardened conditions.

Engineers designing sheet-metal enclosures and assemblies often end up redesigning them so they can be manufactured. In fact, research suggests that manufacturers spend 30% to 50% of their time fixing errors and almost 24% of those errors are related to manufacturability. The reason behind these preventable engineering errors is usually the wide gap between how sheet-metal parts are designed in CAD systems and how they are actually fabricated on the shop floor. Many engineers developing 3D models for sheet-metal products are unaware of the fabrication tools used to form the part or product, and instead design models for an “ideal” world.

There are hundreds of methods to make metal parts. The list of technologies and techniques can be overwhelming. To make matters worse, each approach technology comes with a variety of strengths and weaknesses. The purpose of this article is to give a quick overview of the predominant metal part fabrication techniques and discuss their strengths and weaknesses.

There are hundreds of methods to make metal parts. The list of technologies and techniques can be overwhelming. To make matters worse, each approach technology comes with a variety of strengths and weaknesses. The purpose of this article is to give a quick overview of the predominant metal part fabrication techniques and discuss their strengths and weaknesses.

There are hundreds of methods to make metal parts. The list of technologies and techniques can be overwhelming. To make matters worse, each approach technology comes with a variety of strengths and weaknesses. The purpose of this article is to give a quick overview of the predominant metal part fabrication techniques and discuss their strengths and weaknesses.