High Pressure Zinc and Aluminium Die Casting Your Trusted Zinc Die Casting Supplier
Welcome to Aceorigin Castech, your trusted partner in precision-engineered zinc die casting manufacturing in India. As a die caster, we specialize in delivering OEM-grade die-cast components to industries across the country. Our manufacturing capabilities, engineering expertise, and quality-driven processes enable us to serve some of the most demanding sectors.
Aluminum Die Casting
- High-pressure aluminium die casting
- Thin-wall and complex geometries
- Structural & load-bearing components
- Good corrosion resistance and machinability
- Good corrosion resistance and machinability
Zinc Die Casting
- Tight tolerances and dimensional stability
- Excellent surface quality
- Suitable for small to medium-sized components
Magnesium Die Casting
- Low density and high strength-to-weight ratio
- Suitable for automotive, electronics, and portable equipment
- High pressure magnesium die casting process
Cold Chamber Die Casting
Cold Chamber Die Casting is the process primarily for aluminium, magnesium, and copper. In cold chamber die casting, a spoon is used to transport the molten metal from the holding furnace into the unheated shot chamber or injection cylinder. This metal is then shot into the die by using a hydraulic piston. Compared to hot chamber die casting, cold chamber die casting requires transferring molten metal into the cold chamber machine, so the production process is relatively slower. At CFS Foundry, we mainly produce aluminium die castings with our cold chamber die casting machines.
Hot Chamber Die Casting
Hot Chamber Die Casting is a process mainly used for metals such as zinc, tin, lead, and magnesium alloys. In hot chamber die casting, the injection system is immersed in a pool of molten metal, hence the name. The furnace is attached to the machine via a feeding system called a gooseneck. As the cycle begins, the piston will retract, allowing the molten metal to fill the “gooseneck” through a port in the injection cylinder. As the plunger moves downwards, it seals the port and forces the molten metal through the gooseneck and nozzle into the die. Once the metal solidifies, the plunger will pull upwards. Afterwards, the die will open, and the part is ejected.
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