When it comes to finishing and fabrication in shops, aluminum is popular. Among the methods employed to utilize it effectively is aluminum stamping. For many shops in in cities such as Boston, this is the ideal material to work effectively with to produce the components for specific applications.
Why Choose Aluminum?
Aluminum is a popular metal in certain industrial applications. It is, in fact, the ideal for producing certain stamped parts. The basis for this assertion lies in the very nature of the metal. The characteristics or unique properties of aluminum include:
High electrical conductivity
Very high resistance to corrosion
Durable and highly resilient with a high strength-to-weight ratio
Good dimensional stability
Easily anodized for decorative or aesthetic purposes
All these factors make aluminum a very solid choice for metal stamping – specifically deep drawn aluminum stampings. However, the operators and technicians must ensure the right process or techniques are utilized to achieve the best possible results. It is also important to select the right grade of aluminum when considering aluminum stamping applications.
Grades of Aluminum Stamping and Applications
The most common grades employed by tool and die companies in the process to achieve the best results possible are:
Grade 1100: Drawn & spun parts, chemical equipment and anodized parts
Aluminum metal stamping services in Boston and around the globe utilize these different grades in a variety of industrial applications when employed in this fashion. Two growing sectors, noted above, are the automotive and aircraft industries. The reasons behind this include the need to produce vehicles that are lightweight, durable and more environmentally responsible i.e. use less materials and energy while and reducing the use of carbon dioxide. Moreover, the metal is also easy to recycle.
Aluminum is a metal that is growing in use among certain manufacturing sectors in Boston and other American cities. The automotive and aircraft industries are increasingly replacing iron and steel components with those of the lighter and more environmentally friendly aluminum. Aluminum stamping feeds the industry with producing components that are lightweight and malleable but also highly durable – making them an ideal metal for many industrial applications.