If you are considering adding exterior cladding panels to your home, there are several reasons why you should consider it. It is not only a cost-effective solution but also offers many benefits that you may not have considered. These include increased insulation, durability, wind load resistance, and thermal conductivity.
Composite cladding is more appealing
Composite cladding is a great option for homeowners looking to mask unsightly walls in their homes. This type of siding is durable and requires minimal maintenance. It can also help to insulate your home better than other common building materials.
A composite cladding product is made from recycled plastic and wood fibres. These materials are available in a variety of colours and textures.
You can also find mixed-material cladding that helps to prevent termites from entering your property. The material is durable and resistant to water and mildew.
Composite cladding is also a great choice for covering up garage walls. It can create a more attractive facade and provide greater privacy. Having this material around your house can reduce your energy costs.
A composite cladding product can last for at least 25 years. Its chemistry makes it more fade-resistant and durable than the standard wood cladding.
A composite cladding solution is more appealing than the traditional wood cladding. It is more insulating, which can help to keep your home cool in the summer and warm in the winter. In addition, its appearance remains better for longer.
A good quality composite cladding can be used for various stylish facades. For example, it can be incorporated into a curved wall to form a textured panel.
Another advantage of a composite cladding product is its acoustic properties. It is also fire-resistant. Most composite cladding boards come with an extended warranty, so you can be sure your investment will stand the test of time.
Although composite cladding has many advantages, it is important to consider your personal needs before deciding. There are various options to choose from, so you should research the right choice for your home.
Insulated cladding reduces heat loads
The insulation of exterior cladding panels can help reduce heat loads. The exterior cladding can also control the conduction of the sun’s heat and radiation.
The materials used for the cladding of buildings should have a high level of corrosion resistance. They should also be treated properly to avoid fire hazards.
There are many different types of cladding to choose from. Choosing the right material depends on the size of the building, climate, and structural requirements. The most common types include fibre cement, zinc, and terracotta.
A well-designed cladding system will control the conduction of heat. It should also have a ventilated air gap to prevent moisture from entering the building.
The type of cladding material you choose should have a low thermal conductivity. It will help eliminate thermal bridges and stop localized condensation on the interior surfaces.
To keep the cladding and surrounding surfaces clean, it is important to clean the facade regularly. Also, make sure to inspect the sealant joints and flashing as necessary.
If you plan to upgrade the cladding on your home, you can add continuous insulation from the outside. Rigid insulation options include extruded polystyrene, graphite polystyrene, and expanded polystyrene.
The best cladding is the one that withstands the load. The materials should have a fire rating. You may check exterior cladding panels by dekko.ca to get the best ones for you.
One of the most energy-efficient methods of reducing a home’s heat load is installing insulated exterior cladding panels. By reducing the heating and cooling needs, it is expected that the industry will grow.
Wind load resistance
Wind load resistance of exterior cladding panels is an important factor in the construction of buildings. It’s an essential part of building safety and the operational functionality of the building throughout its lifetime.
The International Building Code sets the standard for wind resistance. The code includes provisions for open and solid free-standing walls, stepped and sawtooth roofs, domed roofs, and multi-span gable roofs.
Basic wind speed is the most important parameter for determining wind loads for a structure. Higher basic wind speeds require higher designed wind loads. In addition, allowable stresses can be increased for alternative basic load combinations.
In general, masonry walls are assumed to transmit the wind loads in the vertical direction. However, the moment of inertia may differ depending on weather conditions. Fortunately, the analysis of masonry walls is relatively straightforward.
Thermal conductivity
To develop energy-efficient buildings, accurately evaluating the heat loss through the external envelope is essential. It is achieved by measuring the thermal conductivity of exterior cladding panels and connectors.
Thermal conductivity is defined as the rate at which the temperature is increased through a material. When the material is subjected to extreme heat, the rate of degradation of its mechanical properties is also increased. Therefore, thermal conductivity is considered a good indicator of the insulation performance of a material.
The thermal conductivity of the sample is inversely proportional to its thickness. Thus, greater thickness means lower conductivity.
