Melting
Our melting facility accommodates the recovery of aluminum from both the primary form of aluminum ingots and secondary form of recycling to produce ingots fit for billet casting. When recycling the scrap metals, we consider the proportion of metal in the scrap, the scrap geometry and frequency of change in the scrap alloy composition to determine the optimum melting process.

Billet Casting
Most aluminum casting processes aim to produce consistent high quality outputs. The same goal applies for aluminum extruders. Our casting process increases billet quality, providing an extremely smooth surface, uniform grain structure, and minimum segregation shell thickness.

Dies Shop
Die and tooling are one of the most critical processes of aluminum extrusion. Our die shop fabricates dies with state of the art computerized equipments, which ensures the die to properly fit each extrusion press.

Extrusion Press
The extrusion lines have programmed control system capable of shortening the wait time in the flow and facilitating the improvement of throughput and quality. Our production focuses on supplying metal materials to our clients at the shortest lead time with the most service flexibility and the best quality.

Anodizing
Anodizing, the process of forming an oxide film on the surface of aluminum, is the most popular coating for aluminum. The anodic film is created and combined with the metal by passing an electrical current through an acid electrolyte bath in which the aluminum is immersed. We tightly control the coating thickness and surface characteristics to meet the end product specifications. Anodizing that is carried out correctly results in a much harder and thicker coating that provides greatly improved wear and corrosion resistance in our products.