Aerospace industry

Lightweight, low-temperature resistance, high strength, and low cost; 6000 series aluminum alloys (e.g., 6061 and 6063) have relatively low strengths but feature excellent ductility, and are commonly used for airframes and structural fuselage components, bolts, and door and window frames. 7000 series aluminum alloys, such as 7075, are the strongest of all aluminum alloys and are commonly used in locations requiring the strongest structural components. The windward side of an aircraft mainly comprises this alloy. Examples of this include the outer panels of the wings and reinforcement components for the longeron, empennage, ribs, and bulkhead. In addition, these alloys are commonly applied to gears, shafts, instrument shafts, and turbines.

Bicycle industry

We offer lightweight, highly durable bicycle parts and materials so the cyclers can enjoy the game even under a tough condition.

Sports industry

High intensity sports and contact sports require the support of high-strength and highly resistant sport equipment. Aluminum alloys feature lightweight, hard, and strong physical properties. The precision spec on aluminum sporting goods play a vital role in a fair competition.

Consumer electronics Industry

Aluminum is stable for its non-toxic, non-magnetic, anti-rust, and non-flammable properties, enabling the material a top candidate for numerous electronic products. Additionally, aluminum alloys can rapidly and effectively dissipate heat to enable stable and efficient operation of electronic components.

Automotive industry

Weight reduction is a common objective in the automotive industry for reducing engine displacement. Aluminum alloys provide high strength, light weight, corrosion resistance, and flexibility, which facilitate the ultimate goal of weight reduction.

Other industries

In addition to the aforementioned industries, aluminum alloys are also widely applied in medical, biotechnology, solar power, construction, and transportation industries, fulfilling various industry-based requirements. When innovatively applied, there are endless possibilities for aluminum alloys.