Die Casting is the basis of casting technology
Die casting is the basis of metal machining and the cornerstone of modern industry. Although the name is simple, it covers a wide range of casting processes, from car engines to building structures, from works of art to daily necessities; it's everywhere. This technology involves pouring liquid metal into the mould, which is then solidified by cooling to form the desired shape. Compared to modern high-precision casting methods such as lost wax casting or high-pressure casting, die casting is more of a traditional process that is easier to operate and less expensive.
Features
Mature technology:
With a long history, stable and mature manufacturing technology.
Lower cost:
Compared with other precise casting methods, it has lower manufacturing costs.
Wide range of applications:
Can produce casting of various shapes and sizes.
Low equipment requirements:
No highly complex equipment is required for production.
Iron Casting
Iron casting is the process of casting using iron and alloys. There are many types of cast iron; the most common ones are grey cast iron, ductile cast iron, malleable cast iron, etc. Different types of cast iron have different properties, and choosing the right casting iron has a significant impact on the quality of the casting. Iron or iron alloy is heated to a liquid state and poured into the mould, allowing it to cool and form the desired shape. The process is similar to aluminium casting and is commonly used to manufacture heavy and durable products such as automotive engine parts, industrial machinery parts, building structures, etc.
Advantages of iron casting:
High strength and hardness:
Iron casting has excellent mechanical properties and is resistant to wear and pressure.
Good heat resistance:
Iron casting can withstand high temperatures and is suitable for high-temperature environments.
Lower price:
Iron is an abundant metal on Earth, so iron casting costs are relatively low.
Aluminum Casting
Aluminium casting is an advanced manufacturing technology that injects molten aluminium or aluminium alloy into the mould, then cools and solidifies to form a desired aluminium product. This process is widely used in many industries, including automotive and aerospace.
One of its main advantages is its lightweight. Aluminum is a low-density metal that can effectively reduce the load on the structure and is particularly suitable for application scenarios with strict weight requirements. In addition, aluminium alloy has excellent corrosion resistance and can resist oxidation and corrosion in a variety of environments, ensuring the quality and reliability of the product for long-term use. Its high specific strength (ratio of strength to density) enables aluminium alloys to perform well in applications with high strength requirements, meeting various engineering and design challenges.
Copper Casting
Copper casting is a highly specialized manufacturing process where molten copper or copper alloy is poured into the mould and formed into the desired shape after cooling. This technology can be applied to manufacture electronic components that require excellent electrical and thermal conductivity and to manufacture products such as heat conductors. Copper alloys have high corrosion resistance and can resist erosion by various chemical media, so they're particularly suitable for use in humid or corrosive environments. In addition, copper is easy to process and surface treat, meeting various stringent engineering requirements and design standards. Whether in industrial applications or science and technology, copper casting has demonstrated its irreplaceable status and value.
