Payment & Shipping Terms:
|Material:||A356||Casting Process:||Gravity Casting|
|Specification:||Non Standard||Mold:||Required Before Batch Production|
|Dimension:||Based On Drawing||Quality:||100% Pass Quality Inspection|
aluminium gravity die casting,
gravity sand casting
Custom Metal Casting Service / ISO Certificated Foundry / Aluminum Gravity Casting
|Process||Cast aluminum alloy|
|Dimension||Based on drawing|
|Samples||Provided before batch production|
|Packaging Details||as per buyer requirement|
|Delivery Time||30 days|
It is a modern process for making hollow casting molds for casting from heat-resistant alloy steel.
The metal type can be either gravity casting or pressure casting. The metal mold can be used repeatedly and repeatedly. Once the molten metal is poured once, the casting is obtained once, and the life is long and the production efficiency is high.
The metal castings not only have good dimensional accuracy, but also have a smooth surface, and the casting strength is higher than that of the sand type when casting the same molten metal, and it is less likely to be damaged. Therefore, in the case of mass production of medium and small castings of non-ferrous metals, as long as the melting point of the casting material is not too high, metal casting is generally preferred.
Metal casting also has some shortcomings: because the heat-resistant alloy steel and the hollow cavity on which it is processed are relatively expensive, the metal mold is expensive, but the overall cost is much cheaper than the die-casting mold cost. . For small batch production, the cost of the mold allocated to each product is obviously too high, which is generally not easy to accept. Moreover, because the metal mold is limited by the size of the mold material, the ability of the cavity processing equipment, and the casting equipment, it is also ineffective for particularly large castings. Therefore, metal casting is rarely used in small batches and large parts. In addition, although the metal mold uses heat-resistant alloy steel, its heat resistance is still limited. It is generally used for the casting of aluminum alloy, zinc alloy and magnesium alloy. It has been used less in copper alloy casting and used for ferrous metal casting. It's even less.
Custom Product Process
1. Customers send drawings or samples for quotation, such as 2D drawing (.dwg / .pdf) and 3D drawing (.igs / .stp), and provides information such as material, weight and required quantity.
2. Engineers carefully check the drawings to provide a specific manufacturing plan. The quotation will include mold cost, product manufacturing price, packaging and shipping costs.
3. Customer places an order and signs the contract after the two parties have no objection to the price.
4. Mold and samples are produced once we receive the advance payment.
5. Customer confirms the sample;
6. After the sample is confirmed, mass production is started.
7. Finished products will be packaged and transported after testing.
The inspection of castings mainly includes dimensional inspection, visual inspection of appearance and surface, chemical composition analysis and mechanical property test. For castings that are more important or easy to cause problems in the casting process, non-destructive testing is required, which can be used for ductile iron castings. Non-destructive testing techniques for quality testing include liquid penetrant testing, magnetic particle testing, eddy current testing, radiation testing, ultrasonic testing, and vibration testing.
Contact Person: lipeng