Aluminum roof shingles are known in the roofing market as one of a lot of resilient, lasting, extremely effective and good value for your money when roofing Atlanta homes. The interlocking shingles are well known to last for more than 50 years. When other shingles require replacement in 10-20 years, how is it possible that aluminum shingles last for so long?
Aluminum roof shingles do not dry out, rot curl or break due to direct exposure to harsh weather conditions. Heat, cold, rain or snow does not impact aluminum interlocking shingles.
Comparing aluminum roof shingles versus other roof alternatives we discover a marked superiority of this particular roof.
Let us consider asphalt shingles which is extremely commonly made for use of roofing in many countries. There are countless structures that utilize asphalt roof repair but even though it is among one of the most affordable roof repair options it has some serious drawbacks. It dries and traps heat in. This increases the temperatures of the attics and the home. This leads to higher cooling costs in summers. The roofs have a life-span of around 10-15 years. They need regular repair and maintenance in order to last their mentioned life-span. They are vulnerable to fractures, leaks and damage.
Another type of shingles which was popular but now is not preferred is the cedar shake shingles. The interlocking aluminum shingles are even more lasting than regular shingles.
These roof repair shingles do not maintain heat, they move heat fast. It does not have to be repainted or customized to absorb heat. The metal is natural reflector of radiation. When the roofing contracts and broadens under different weather variations, the shingles do not become loose or break off.
As aluminum roofing is strong, it is possible for people to walk easily over it and this will not get harmed like asphalt or other types of shingles do. It is light-weight and can be quickly placed over existing roofing shingles without disrupting it. You don’t have to remove the underlying asphalt or any other roof material.