Hurricane Sandy left residents of New Jersey reeling with the damage that was done to their homes. The siding on homes may as well have been paper mache’ when it came to the damage wrought by the high winds. Insult was added to injury with the flying debris crashing against and into walls. Residents returned to their homes only to find that their residences were opened up to the elements, causing internal damage as well.
The work to repair all of the damage is far from over, and homes are still being repaired. Future hurricanes are still a threat, but homeowners have a new weapon in their arsenal in the form of James Hardie Fiber Cement Siding New Jersey. This hurricane-proof material is strong enough to resist high winds and damaging debris, preserving the home so residents can rebuild with confidence. Fiber cement siding is also fireproof and non-combustible for an added layer of safety.
James Hardie Fiber Cement Siding New Jersey is designed to withstand hurricane force winds while looking like regular plank siding. Historical homes have the option to restore their appearance using modern materials without losing the look of days gone by. The siding is also appropriate for modern homes as the product is available in traditional siding styles. Homeowners can select from different textures, including ones that imitate wood if so desired. The siding also comes in different permanent colors, alleviating the need for painting.
Fiber cement siding is made from three ingredients: cellulose, cement and sand. This combination of ingredients results in a strong, tough product that is rated to withstand hurricane force winds and resultant damage. It is a highly flexible material that is capable of being molded into boards, sheets, clapboard or shingles. It gives homeowners the ability to protect their home from inclement weather while making it look as if it were made from natural materials. The inherent strength in fiber cement siding means that the outside won’t be able to get in, protecting the home from internal damage.
