#Patina green copper full#

#Patina green copper full#

You get that full range of color options by choosing a green. Evergreen is our most popular green and is a very traditional medium-dark green color.Įssentially, if you know that you want a green metal roof or wall for your project, you’ll be happy to know that there are more than just one or two options.Hartford Green is the darkest green color on our color card and has that dark, earthy forest tone that is popular.

Hemlock Green features a green shade with blue undertones and is one of the cooler green color choices.

However, Patina Green is slightly more muted and darker than Aged Copper.

Similar to Aged Copper, Patina Green replicates copper’s patina.

It’s specifically designed to replicate the patina (a bluish-green covering that occurs from oxidation and sun exposure) that copper develops as it ages.

Aged Copper is the lightest green color choice.

Advantages of Choosing a Green Metal Roof or Wall System Variety of Green Color OptionsĪs mentioned, there are five completely different shades on our color card, which gives home and property owners several options to choose from during the buying stage: We’ll dive into the differences between each green swatch in the next section. Green Color Options Available From Sheffield Metalsīefore we examine the pros and cons of choosing a green metal roof or wall system, let’s look at the green sheet and coil color options offered by Sheffield Metals.Īs of 2023, we offer five different shades of green on our standard 24-gauge color card: Let’s review some options, advantages, disadvantages, and project examples for green metal roofing. Plus, with a full-time Architectural Department comprised of individuals with extensive experience in the architectural metals industry, we often provide helpful design assistance for metal projects. Sheffield Metals continuously monitors color trends and tracks which metal sheet and coil colors are most frequently purchased. So why should you choose a green metal roof or wall system? What makes one of these colors good for your project? One such color that achieves this is green. Can be difficult to achieve.When you’re choosing a color for your standing seam metal roof or wall system, you’ll want to choose a color that is versatile, easy to incorporate into exterior building elements, and provides visual interest/curb appeal.

Difficulty: This is a hot application.

Chemical compound: Ferric nitrate, Copper sulfide.

Difficulty: Altering the strength can push the color from golden brown to yellow.

Can be combined with ferric nitrate solutions to adjust color.

Chemical compound: Copper nitrate, Copper chloride.Can be layered with potassium sulfide or ferric nitrate solutions to adjust color. Difficulty: Several proprietary mixtures available.Chemical compound: Copper acetate, Copper carbonate, Copper nitrate, Copper sulfate.Several proprietary mixtures are available. Chemical compound: Ferric nitrate, Potassium sulfide, Copper sulfide.There are a number of proprietary mixtures. Chemicals have pungent odors and short shelf lives. Chemical compound: Potassium sulfide, ammonium sulfide, hot sodium hydroxide.When some maintenance is performed, bronze sculptures can last centuries and appear as if they were cast in recent times. However, one only has to look at the ancient sculptures that have been residing under the sea for centuries to observe that they are still intact and recognizable. The sculpture, on the other hand, is undergoing surface changes that are irreversible and can damage the original design intention. The copper roof is allowed to oxidize and grow a beautiful green tone that resists further oxidation, as shown on the Berlin Cathedral or the 1909 spire on the Nikolaj Contemporary Art Center.

Although the results are similar, the consequences are far different. The rich green color on a copper roof and the oxidation of a bronze sculpture in a fountain are both manifestations of the natural progression of surface decay. Natural green patinas form over time via the interaction of moisture, pollution, chlorides, and carbon dioxide on the surface of copper and copper alloys.