How is copper used in the construction industry?
Copper has had an integral role in building and architecture throughout history, going back as far as the Ancient Egyptians. In modern times we find it being used in heating, water, air conditioning and electrical systems and also as a part of the fabric of our buildings themselves. Perhaps one of the most famous examples of copper use in modern construction is that of the Statue of Liberty.
Time has shown how durable the metal is, and how it has withstood the elements for over 100 years. Here are just some examples of how copper is used in construction.
Plumbing
Almost everyone will be familiar with the sight of a copper pipe under the kitchen sink or in the bathroom. While it is pliable and easy to manipulate, a copper pipe can also withstand significant pressure, particularly from the freezing and thawing of water.
Also chosen for its antimicrobial properties, it helps limit the spread of bacteria. For this reason, it can be found in hospitals and various healthcare settings.
Roofing
Copper is a common alternative to roofing materials. When exposed to the elements, copper oxidises naturally but does not corrode. Instead, it forms its signature bright green patina, a coating that adds protection to the metal.
Durable and aesthetically pleasing, copper has been used in famous buildings, such as the Belvedere Palace in Vienna, the Berlin Cathedral Church, and the dome that once housed the London Planetarium, now a part of Madame Tussauds. You can find more information on the pros and cons of copper roofs here..
Electrical wiring
Second only to silver, copper is a highly conductive metal, and as such, is the universally accepted standard for electrical wiring. The fact that it can bend and flex without breaking means that it is ideal for laying through walls. In addition, its high thermal resistance results in a lower risk of electrical fires than other conductive metals.
Hard-wearing, versatile and pleasing to the eye, it’s no wonder we’ve been using copper since before we understood its scientific properties.
