Clad Metals 101 and How Effective and Durable the Cladding Process Is

Clad metals are gaining in huge popularity compared to other forms of cladding. If not for anything else, because the versatile nature of metal clads ensures you get a functional and aesthetically appealing piece that is useful. Metal cladding is the process of creating or forming a layer over a less durable base of metal to create an aesthetically appealing, durable, and functional plate. Most people today prefer clad metal over galvanized or electroplated metals thanks to the flexibility that comes with cladding a wide variety of metals that can be galvanized or electroplated.

By the same token, compared to electroplating and galvanization, metal clads are known to create very durable results. There are various forms of clad metals and processes, each coming with its own pros and cons depending on the projects at hand. Ideally, cladding protects the interior or exterior of a building or structure.

Undoubtedly one of the reasons that make metal clads a favorite to most homeowners is the fact that they are quite appealing to the eye, hence one is able to kill two birds with one stone literally. Another attractive feature of clad metals is the ability to be used for roofing purposes. The fact that there are many different types of metals means you can rely on the fact that the wide variety will bring with it very durable results as each metal bonded together brings in its strengths. Common clad metals include coppers, aluminum and steel but the good thing is the versatility that each brings to the table when it comes to shape and form.

A very common type of metal cladding process is what is referred to as overlay metal cladding. Ideally, this is where an expert will take a layer of metal and bond it onto an underlying layer. This method of cladding can bond to create up to seven different layers to create a strong and durable outcome. The best thing about overlay cladding is the fact that it does not require any welding, fillers, or adhesives and is often a permanent solution that bonds metal together without the worry of any separation in future.

The other common type of metal cladding is what is referred to as contact cladding. A perfect example of the application of contact metal cladding is when you want to reap the benefit of electrical conductivity and corrosive resistance nature of copper with the stretchy and tensile strength of steel. Through contact cladding, the two clad metals are bonded together to reap the benefits of both metals without having to worry the material will not be enough for its intended purpose.

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