Discover A380 aluminum: A versatile alloy known for excellent castability & thermal conductivity. Dive into its properties, composition, applications & heat treatment.

Learn the properties of zinc metal density, including its density (7140 kg/m³), electronic configuration, and crystal structure. Read zinc applications in manufacturing, from construction to electronics, and how density affects its use in die casting and ballast.

Read properties of castable aluminum alloys like A380, A356, and 6061. Learn about their tensile strength, corrosion resistance, and impact on industries such as automotive, aerospace, and electronics.

Per KG aluminum die casting cost ranges from roughly 4$ to 6$ USD. Similarly, Tooling cost can range from 8,000$ to 15,000$ USD.  If you have simple design, you can save $5,000-$10,000 in tooling costs. Moreover, right aluminum alloy like A380 can reduce up to 10%...

In Aluminum powder coating, First, clean the aluminum. Then, spray dry powder onto it. Next, bake it in an oven to melt the powder. Finally, let it cool. This makes a strong, protective finish. Different colors of powder can be used. The coating is tough and lasts a...

Aluminum die casting is a common technique to make motor housing. It is efficient enough to beat any design complexity level. The process begins by heating aluminum to its melting point and inserting it into the mold. Motor housings made with aluminum contain less...

Magnesium die casting and aluminum die casting are ways to make metal parts. Hot, melted metal is pushed into molds to create shapes. Magnesium makes parts that are very light but strong for their weight

Cast aluminum and extruded aluminum are types of aluminum made in different ways. In cast aluminum, you pour melted metal into a mold to make a shape. Extruded aluminum is made by pushing aluminum through a hole to create shapes like tubes. Extruded aluminum is...

高圧ダイカストにおける通常の製造欠陥 高圧ダイカスト（HPDC）は、優れた精度と表面仕上げで複雑な部品を作る製造プロセスである。とはいえ、このプロセスはさまざまな欠陥の影響を受けやすく、その欠陥が部品の性能を損なうこともあります。

亜鉛合金高圧ダイカストは、溶融した亜鉛合金を高圧で金型に押し込んで、強度が高く、細部まで精巧な部品を作るプロセスです。 精度の良い同じ部品をたくさん作るには、早くて効率的な方法です。