aluminum
Expanded metal is a sheet of metal fabricated with a regular pattern of diamond-shaped openings. These openings reduce the weight and cost of the sheet...
Perforated metal, also known as plate, or screen, is a thin sheet of metal that has been punched with...
Aluminum is one of the most versatile metals in existence. It provides a great strength-to-weight, enhanced aesthetics, and an exceptional cost value for nearly any project.
Every metal alloy has its own distinct melting point. The metal's melting temperature is the basis for the manufacturing processes each metal can withstand.
Aluminum sheet is any aluminum sheet metal thicker than foil but thinner than plate (sheet is under .249” thick, while plate metal is .250” and above.) Many do-it-yourself projects, such as metal fabrication, siding, or roofing, use aluminum sheet because
Construction industries worldwide utilize metals to form durable parts and components for simple and advanced applications.
Learn what factors into market metal prices. Fluctuations with global supply and demand often dictate the prices for base and ferrous metals. Find out more.
Learn about different aluminum and steel grades. Both are valuable for a variety of construction purposes. Find out which is best suited for your project today.
Discover uses and applications for aluminum bar. Learn about commonly used aluminum grades and how your next project can benefit from aluminum bar.
Learn how piano hinges can help support your application and withstand extensive wear and tear. Provide stability for heavy-duty applications.
Let's chat about aluminum’s light-weight and conductive properties along with its versatile applications of it's alloys. Learn which alloys are corrosion-resistant and the best applications.
A blog post detailing the benefits of aluminum alloys for aerospace engineering and design. Comparison of different aluminum grades. Learn more about aluminum for aerospace applications today.
Discussion of aluminum alloys and which alloys can be anodized. Chemical properties, coatings, and other factors determine which alloys are best suited for anodizing.
