Comments Off on Uses for Engineered Metal in Architectural Design
Engineered metal is a key element in many architectural projects.
Metalex engineers work with architects and designers to develop the appropriate pattern and style to meet the demands of almost any project. Our coil-fed processing and breadth of manufacturing capabilities allow us to efficiently produce safety grating, security fencing, sunshades, facades, and ceiling panels for architectural applications.
There are an astounding range of applications for converted sheet metal. From the most utilitarian functional walkway to an artistic accent, the possibilities are endless.
Perforated metal is produced when a raw material is coil-fed into one of our high speed presses. The metal is punched on the downstroke of the press and the material advances on the upstroke of the press. The size, shape, and pattern of perforations are manufactured according to your needs and precise aesthetic purpose.
Strokes can be skipped in order to create gaps or margins perpendicularly across the material, and sections of punches can be gagged to create a parallel center margin or rectangular element of un-punched space within the pattern.
Safety grating is produced when a raw material is coil-fed into a heavy duty die press.
However, safety grating is produced exclusively in a coil-to-sheet process: a coil feeds the machine and a cut to be made at a set length upon exiting the press. Metalex offers a unique programmable die which allows for sections of the pattern to be gaged and angles or unique shapes to go punctured through the press.
Expanded metal is produced through a coil-fed process in which raw material is simultaneously slit and stretched creating uniform diamond-shaped openings. Expanded metal can be recoiled or blanked into sheets depending on the desired end use. Metalex offers inline flattening and inline slitting on our expanded metal production lines.
Metalex’s expertise on engineered metal for architecture was recently in Engineering.com. Read the article for more information.