6 Factors That Create Roof Resilience

6 Factors That Create Roof Resilience

Having a resilient roofing system is what homeowners are after. The roof is an integral component of resilience; once it gains damage or blows off – the whole house won’t be inhabitable. Furthermore, resilient roofs last longer, and they perform better when extreme weather comes. However, some homeowners have no idea how to make their roofs resistant. Fortunately, identifying a resilient roof’s qualities is not as complicated as others might have thought.

Here are six factors that create roofing resilience.

Wind Resistance

Resilient roofing can withstand high winds. Thus, providing more excellent protection against blowoffs. These days, damaging storms are becoming a major concern for homeowners that have aging roof system or planning to install a new one in their house. Homeowners tend to seek resistance quality, and roof designers are taking note of it.

Often, damages related to wind begin at corners and on the perimeters of the roof. Hence, designers enhance the edges with better fasteners with higher density and thicker metals – increasing their resistance to wind. Furthermore, installing a well-designed parapet reinforces a roof’s wind resistance.

Impact Resistance

There are several types of impacts depending on the weather; it can be hail, debris, or falling rooftop equipment. By using a tough membrane with a durable cover board, a roof ‘s resistance and resilience will increase. High-density polyisocyanurate cover boards absorb the impact and do not crush. Thus, providing a terrific strength, particularly from hail. In regions prone to hailstorms, these cover boards are an essential component of a resilient roofing system.

Daylighting

Once the standard power system experiences failure, rooftop daylighting systems can at least provide temporary lighting to keep a building functional and operate somewhat normally. However, its effectiveness is limited when dusk and darkness hours begin. Regardless, it’s instrumental in emergencies and contributes to a roof’s resilience.

Insulation

While it contributes to the resilience of a building, insulation also plays a vital role in keeping the occupants comfortable – the higher the insulating values, the lower the heat gain compared to other houses without proper insulation. As a result, a more comfortable temperature is sustainable in the interior while not abusing the HVAC. Thus, becoming more important once a storm comes and power is lost.

Color

In terms of heat absorption, the color of roofing enters the scene – lighter colors are better reflectors of sunlight compared to dark ones; they give significant comfort to the occupants. Moreover, reflective roof surfaces reduce solar gain. Hence, less heat will transfer on the roof – no need to deal with shingles that trap heat and deteriorate over time. Furthermore, the higher the ratio of the roof to the wall, the higher the significance of a roofing system’s thermal effectiveness. As for commercial roofs, apply white coatings to reduce heat absorption.

Rooftop energy production

For a resilience of a roofing system to last, homeowners must add energy production from sources such as solar panels – an essential and effective strategy in times of power outage. Once power outage occurs, solar energy can operate critical components of the building. However, most PV systems won’t provide energy in a blackout – they rely on the grid.

In times of blackout, solar panels need energy from batteries to operate and provide electricity. Hence, a battery-backup PV system may be worth the cost, especially for businesses like a grocery store.

If you’re looking for a roofing contractor in Melbourne, Florida, to make your roof resilient, we can help you with that! Universal Contracting FL has the experience and skills necessary to offer both residential and commercial roofing services of any size – we are the perfect fit for the job! Contact us today on (866) 366-2656, and we’ll help you prepare your roof more resilient and make your home more comfortable.

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