Modern materialism: copper, the natural beauty in architecture
The copper is one of the most striking and yet very rarely used materials for exterior design. Its strong effect is due to its ability to transform. The Edelrost sat permanently on it and ensures the transition between the colors orange, brown, green.
This transition can take up to a total of 10 years. The mixture of copper and zinc creates brass. The bronze is a result of the mating of copper with aluminum, nickel or silver.
Today, copper is the focus. It will continue to put a strong accent on its associated green rust. In addition, you will find some practical advice for the use of the material.
Use copper in architecture
The architect Travis Price has a clear preference for the copper and the resulting green rust. This designer works in Washington. The houses he creates virtually disappear in the green surroundings.
The copper is expensive, soft and very sustainable
These properties make it ideal for thin layers. These can be wonderfully combined. In another residence, created by Price, you combine wonderfully the soft curves of the copper wall with extremely long pieces.
The high cost of copper is compensated by their often occurring reprocessing. Three quarters of the amount of copper used in the architecture is processed again. This amount is similar to the newly obtained metal.
The use of the newly processed copper contributes greatly to environmental protection
Copper is corrosion resistant and this property also makes it suitable for outdoor use. However, this changes when copper is combined with cedar wood. In this case, corrosion will occur.
That’s why installations like the one shown here should be extremely careful about the separation between the metal and the cedar wood.
The combination of copper with stainless steel, lead, aluminum, zinc and iron shows similar but weaker effects. For this reason, the metal closures should preferably also be made of copper.
As already mentioned, the green rust develops after about 10 years if left to natural development
Acids and certain processing can speed up this process. But the effect will not be exactly the same as the natural one.
In the picture here we see a house in West Virginia. This differs from the previous examples in the vertical positioning of the panels. Through this solution, the architect has created a parallel to the surrounding trees.
The close-up of this facade reveals the green stumps of the facade
But you can also see the vertically placed joints. Furthermore, the dominance of the panels is noticeable.
Due to the main properties of copper (the ability to cause corrosion, bending, soldering, welding in other materials), welding rather than mechanical combination with other elements is preferred. As a result, the copper is also a very wide use.
The precious rust of copper may cause discoloration of adjacent materials such as stone, stucco, concrete and other light surfaces
Price must have had this ability in mind: you can tell from the facade below. He used brightly painted stucco on the facade. This is connected by white shingles with the copper.
In the following picture you can see a residence designed by architect Wnuk Spurlock Architecture
This house shows two units of painted copper. These were positioned laterally of the middle area. There you will find Cor Ten steel. This is a material that gets its own kind of Edelrost covering.
In the next picture we see another variation of the Edelrostes
This CCS Architecture Studio project shows stacked units
In order to develop discrimination, you could now look at these side facades, which have not yet developed a rust. Each one is similar in shape and size to the others, but each is covered with different materials.
Over time, the middle area will develop precious rust and this will contribute to the integration of the house into the environment.
Here you can see an adequately named “Copper House” in Sydney
This is a work of the clock | Studio for Architecture Studios. The acidification of the materials resulted in a combination of colors.
The precious rust resulting from copper is the result of sulfur compounds
These are possible through contact with the atmosphere in some specific areas. The process is accelerating in industrial and coastal areas as well as in areas of high humidity.
Although the copper area is much smaller than this with the wood and yet its effect is much stronger
Let us now turn to our last example. It shows here how the copper can get a strong meaningfulness.
Now ask yourself how you deal with the knowledge gained in this article in practice. First and foremost, you need to be familiar with the copper’s ability to transform and thus anticipate the negative and positive consequences of it. Furthermore, you could draw creative ideas for the design of your country house. Anyway, we hope to have helped you.
University in Toronto – peculiar architecture