ADC 12 is one style Japan Aluminium alloy casting material (JIS ADC12),ADC12 equivalent to China’s domestic aluminium alloy code YL113, and the alloy grade is YZAlSi11Cu3. America Aluminium alloy code A383; Below you can find ADC12 datasheet. The commonly used die-casting aluminum alloy is ADC12.

ADC12是日本牌号，又称12号 铝 料，Al-Si-Cu系合金，是一种 压铸 铝合金，适合 气缸盖罩盖 、传感器支架、缸体类等， 执行标准 为： JIS H 5302-2006《铝合金压铸件》。 ADC12相当于中国国产的合金代号 YL113，合金牌号是 YZAlSi11Cu3，执行标准 GB/T 15115-2009。 美国合金牌号是384，执行标准为： ASTM B 85-03 Standard Specification for Aluminum-Alloy Die …

2020年12月9日 · ADC12 is an alloy used in creating die-casting components. Also known as A383, this aluminum material is cost-efficient and facilitates manufacturing processes. It is the most widely-used choice of metal for many die-castings produced internationally.

Aluminum ADC 12 is a highly popular aluminum alloy that is commonly used in die casting applications. With excellent castability, high strength, good corrosion resistance, and more, it’s no wonder why Aluminum ADC 12 is widely used across multiple industries.

2025年1月9日 · ADC12 aluminum alloy is a unique die casting material popular for high corrosion resistance and strength. For this reason, it is a popular material in the automotive industry for making engine components such as cylinder heads. Usually, we also refer to this aluminum alloy as the aluminum A383 which is an American code.

2024年11月20日 · ADC12 is a widely used cast aluminum alloy. It is a Japanese JIS standard alloy, equivalent to A383 in the United States and EN AC-46000 in Europe. Compared with other alloys, ADC12 has moderate mechanical strength but performs well in terms of dimensional stability, fluidity, and castability.

A chart listing aluminum alloys for die-casting standardized by the Japanese Industrial Standards. The chart below is from the Japanese Industrial Standards and is based on the information contained in ISO/FDIS 3522: Aluminium and aluminium alloys-Castings-Chemical composition and mechanical properties published in 2006. 1.0 max. 0.3 max. 0.5 max.