Heat Treatment Gravity Casting Aluminum Alloy Casting ASTM DIN Standard

Product Description

Production Process

1. Drawing & Casting process confirmation

2. Tooling Making

3. Casting Production

4. Heat Treatment

5. Precision Machining

6. Surface Treatment

Quality Control

From raw material procurement, production, to finished product delivery, each step is tested by professionals to ensure high production efficiency and high quality products.

Packaging & Delivery

● Trade Term:
FOB, CFR, CIF, EXW

● Shipping Term:
By Air, Land, Sea;

● Shipping Package
1. Exported Standard pallets included carton package;
2. Exported Standard Wooden crate;
3. Do package as Customer required.

About Casting

Metal casting is unique among metal forming processes for a variety of reasons. Perhaps the most obvious is the array of molding and casting processes available that are capable of producing complex components in any metal, ranging in weight from less than an ounce to single parts weighing several hundred tons. Foundry processes are available and in use that are economically viable for producing a single prototype part while others achieve their economies in creating millions of the same part.

● The capability to combine a number of individual parts into a single integral casting, reducing overall fabrication costs.
● Patterns used in casting minimizes compared to other types of tooling.
● Castings require a comparatively short lead time for production.

Casting are used in 90% or more of all manufactured goods and in all capital goods machinery used in manufacturing. The diversity in the end use of metal castings is a direct result of the many functional advantages and economic benefits that castings offer compared to other metal forming methods. The beneficial characteristics of a cast component are directly attributable to the inherent versatility of the casting process.