Monday, October 31, 2016

By Diane Jones


Cladding is a term that can be applied as a verb as well as a noun. As a verb, it means applying a material over another so as achieve a skin/layer covering over the covered material. The skin can serve different functions, ranging from beautification to controlling infiltration of weather elements. As a noun, the term means any material that can be used as a cover for forming a skin/layer. When in search for aluminum cladding Calgary offers the best place to check out.

Aluminum as a choice of material for making claddings offers several advantages than several other materials. First, the metal is very shiny and beautiful, which means that products made out of it have a high level of aesthetic appeal. The products shine on the buildings they are installed to add value, which raises the market price for such structures in case they are to be sold.

The second benefit of aluminium is that it offers durability and strength. This metal is sufficiently strong, allowing it to resist the impact generated by wind, water and other elements of weather for a long period. Aluminium claddings can remain useful and effectively for many years without the need for replacement. When they get damaged, they can be repaired easily using techniques such as welding and riveting without the need to dismantle the entire installation.

However, there are certain shortcomings associated with aluminium too. The first shortcoming is that aluminium can be very costly, especially if it is being purchased in large quantities. Buying several tons of the metal for a project can inflate the budget considerably. Additionally, when comparing with other materials used for making claddings such as iron and steel, aluminium metal is very weak. However, it does not rust like it may be the case with steel and iron.

Claddings are usually prefabricated before they are attached to the structural frame of a building. One can usually purchase them easily off the shelf. Cladding is usually not a load-bearing structure on a building. However, it may serve a structural role where it transfers wind loads, self-weight, and impact loads to the structural framework on which it is installed. Thus, it must be stiff and strong enough to bear such loads.

There several different uses of claddings on buildings. The main functions include soundproofing, protection of buildings from exterior conditions, creating controlled interior environments, creating an exterior facade, providing privacy, insulation, and preventing spread of fires. They can also serve as openings for daylight, ventilation, and access. Uses differ from one building to the other. Multiple functions are also achievable through installation of claddings.

The purpose of the building usually dictates the choice of product. Other factors determining choice of product are aesthetic requirements, external conditions, and internal conditions. Choosing the right product with high-quality material helps to optimize natural daylighting, minimize air leakage, and maximize thermal performance.

Minimizing air leakage, optimizing the use of daylight, and reducing thermal performance can help in reducing the need for electrical and mechanical building services. They could also improve energy efficiency and reduce running and capital costs. Local authorities may also regulate the kind of claddings people can use.




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