English
×
In the modern industrial field, zinc alloy die casting technology is becoming an increasingly popular manufacturing method. This article will provide you with detailed insights into zinc alloy die casting, showcasing its indispensable role in innovative manufacturing.
Die-casting is a metal smelting and processing technique. It is a casting method where molten alloy liquid is forced into steel molds at high pressure and high speed, allowing the alloy liquid to solidify under pressure and form castings. It is somewhat similar to "plastic injection molding." The primary characteristics that distinguish die-casting from other casting methods are high pressure and high speed.
Die-casting machine debugging
Die installation, design, and manufacturing
Coating preparation
Mold cleaning, preheating, and coating
Mold closure
Alloy melting and heat preservation
Pouring and injection
Inserts preparation
Pressure holding
Mold opening, core pulling, and part removal
Surface quality inspection
Aging treatment
Cleaning and finishing
Castings impregnation and shot blasting
Final inspection
Excellent casting performance
Zinc alloy has good fluidity and is easy to fill complex mold structures, making it suitable for manufacturing parts of various complex shapes.
Outstanding wear resistance
Zinc alloy has high hardness and strength, so the parts made have a long service life.
Good corrosion resistance
Zinc alloy does not easily oxidize in the air and has good corrosion resistance against most acidic and alkaline environments.
Environmentally friendly and energy-saving
The die-casting process of zinc alloy generates less waste, and the recycling rate is high, which is beneficial for environmental protection.
With the development of the global economy, the demand for precision die-cast parts in automotive, 3C products, communication infrastructure, household appliances, medical equipment, and many other fields is steadily increasing. Zinc alloy die-cast parts, with their high strength, durability, lightweight design, high precision and complexity, excellent electromagnetic shielding properties, and other outstanding characteristics and advantages, demonstrate broad application potential and development prospects in modern manufacturing.
In the future, with continuous technological advancements, the zinc alloy die casting industry will increase its investment in technology research and development, introduce advanced production equipment and processes, improve production efficiency and product quality, and move towards mechanization, automation, intelligence, and unmanned operations. Products will become increasingly diversified. In addition to traditional application fields, new emerging fields such as medical biodegradable zinc alloys will also be explored.
Room J757, No. 5358, Huyi Rd, Jiading, Shanghai, China
Room J757, No. 5358, Huyi Rd, Jiading, Shanghai, China
