Metal Cladding: Things You Must Know

The Statue of Liberty and the Chrysler Building exemplify metal cladding’s beauty and robustness. It might not be the most recent arrival, but new composite-clad metals and creative metal cladding in Melbourne systems are driving increased demand for the material globally.

According to experts, metal cladding is expected to rise globally. Sunscreen cladding is becoming increasingly popular; market research firm VMR estimates that by 2028, global sales of this material will reach over $16 billion. In addition, there is a substantial market for and confidence in architectural metal coatings, which, according to analyst Research and Markets, are expected to grow from roughly $5 billion in 2016 to slightly under $6 billion in 2026.

The rise in popularity of architectural metal coatings and rain-screen cladding, which can utilise cutting-edge technologies like insulated metal panels (IMPs), is another reason for the growth.

Recognising Metal Cladding and Its Place in Architecture

Metal cladding is the process of attaching a metal layer to the outside of a building’s structure. Its main goals are to increase the building’s visual appeal and offer protection from the elements.

Insulated Metal Panels (IMPs) are among the more popular metal cladding options,
Composite materials made of metal (MCMs)
Aluminium (ACMs)

Evolution of Metal Cladding

The history of metal cladding is extensive. It has been used on famous buildings such as the Chrysler Building in New York City, which has stainless steel spire metal cladding, and the Statue of Liberty, which has solid plate copper cladding. Even though those famous buildings and their metal cladding have withstood the test of time, developments in manufacturing techniques throughout time, partly prompted by research from the “space race” of the 1960s, have produced thinner sheet metals and novel metal cladding systems like IMPs.

One of the recent developments in building science and nailstrip wall cladding manufacture that increases the systems’ appeal is the use of composite clad metals, such as carbon steels bonded to more corrosion-resistant materials like copper and stainless steels, which result in lamellar composites with desirable properties not possible with a single material.

Current developments in building science and the production of metal cladding, such as composite clad metals, such as carbon steels joined to more corrosion-resistant materials like copper and stainless steel, boost the attractiveness of the systems.

Metal Cladding Trends and Innovations

Combining Colours from the Same Family

Architects frequently select metal objects in a particular color for personality and visual impact. To introduce a mosaic or ombre effect, panels from the same color family—light, medium, and dark blue, for instance—can be arranged randomly or organized to further elevate this trend. This monochromatic look can be achieved with any hues accessible within the same color family.

Accenting Other Building Materials

Metal cladding in Melbourne can draw attention to stunning stone, brick, or wood exterior elements—particularly when these elements are employed to highlight a particular wall, column, archway, or entryway. By ombining the old and new, this layered architectural technique can provide visual appeal and enhance a building’s historical significance while adding some modern flair.

“A fantastic example is Rennen & Beecher Flats in Cincinnati,” says Rob Heselbarth, PAC-CLAD | Petersen Aluminum’s communications director. “Although it is located in a historically significant area, the architect was able to add metal as an accent.” The metal accent doesn’t overshadow the building’s historic appearance. Older buildings can be brought up to date with small metal accents. This is an excellent method for dealing with metal and discovering its potential.

Designing with Multiple Profiles

Architects are choosing to blend various wall panels or employ roof and wall panel systems on exterior walls to break up large expanses and generate visual interest. Adding contrast without deviating from the design can be achieved by blending multiple profiles instead of having a single panel run the entire length of a wall. This also aids in adding visual interest without being overly complex or crowded.

Integrating a Woodgrain Finish

Adding interest and texture can be achieved by using wood as an outside accent. From bamboo to dark oak, metal with a realistic woodgrain finish blends the pleasant appearance of wood with the longevity and low maintenance of metal roof and wall panels. It’s challenging to tell real wood from metal panels with a woodgrain treatment, especially up close.

Using Perforation

Numerous novel applications for nailstrip wall cladding are made possible by the nearly infinite combinations of hole sizes, densities, and perforation patterns that can be created. It can be used for shading, ventilation, seclusion, or decorative purposes.

Ballet Memphis, a recipient of an AIA National Education Facility Design Award, created a screen-art wall for its sidewalk using perforated corrugated copper. The wall encircles the structure, providing the ideal amount of shade, seclusion, and visibility in the daytime while letting the building’s lights beam toward the street at night.

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Conclusion

The architecture industry is seeing a rise in more sophisticated and affordable uses of metal cladding thanks to initiatives like SpaceX’s spacecraft and Tesla’s Cybertruck. Metal cladding, particularly IMPs, will continue to lead the way in building envelope solutions as technology and production techniques advance. It offers modern design a seamless fusion of aesthetic expression and practical performance.