Aerospace parts

Magnesium alloys are, collectively, the third most popular structural-metal, after steel and aluminum. Magnesium is also the lightest structural metal, weighing 75% less than steel and 33% less than aluminum. Most magnesium alloys exhibit excellent mechanical strength and stiffness, high dent and impact resistance, and damping qualities that promote quieter machine operation and maintain these properties at elevated temperatures. These characteristics make magnesium alloys ideal for forging lightweight, durable parts for a wide variety of structural and nonstructural applications.

As one of the most commonly-used structural-metals, magnesium (and magnesium alloys) are used in a broad array of applications, from electronics to power tools, and much more. As a structural-metal, magnesium alloys can be found in industrial machinery and materials handling equipment, among other uses.

KSN manufactures high precision forgings from a variety of magnesium alloys forgings. With our experience, expertise, and advanced equipment, we can produce forged parts that match our customers’ unique specifications. As needed, our design engineers will work with you to optimize your part designs for faster, more efficient, and more cost-effective production, without sacrificing quality or performance.

KSN forge produces a wide variety of forged products in industries ranging from Auto parts to Aerospace. The vertical integration of our manufacturing processes allow us to produce forgings that are unmatched in the industry. Leveraging our process controls we ensure parts are provided exactly to the customer’s specification. From heat treatment, machining, to testing and inspection, our products are ready to fulfill our customer’s most stringent requirements.

Surface treatment or surface finish is very popular post treatment method to smooth the surface of aluminum forgings. See the types of surface treatment for aluminum forgings in below: shot blasting, sand blasting, anodization treatment, polishing and powder coating.