Storm Related Flood and Wind Damage
Flooding presents a serious risk to your home and your safety. According to the U.S. National Severe Storms Laboratory, floods kills more people every year than lightning, hurricanes and tornadoes combined.
When it comes to structures, floods can lead to dangerous contamination and damage to drywall, support beams and foundations. You are at risk for mold within the first 24 hours of a flood, so it’s vital to stop the water from flowing and start remediation quickly.
Different types of flooding come with different risks. River floods and flash floods are common when snow melts and have been known to completely overwhelm structures. Coastal floods and storm surges are even more dangerous, and usually lead to evacuation warnings. These can destroy homes entirely, so it’s best to listen to weather reports and plan ahead. Debris flows, which are often made up of heavy mud and plant material, can crush houses and sweep them away.
High Winds, Tornadoes and Hurricane Damage
High winds can occur virtually anywhere, and thousands of tornadoes and hurricanes hit the U.S. every year.
Damage from wind can be widespread and can affect not only your residential property or business but also surrounding landscapes and improvements. Be alert to the potential for falling trees and power poles and damaged power lines, and take precautions to be ready for emergency action steps. After the storm, examine your property for structural damage to the home, including windows, siding and roofs. In the most extreme scenarios, roofs can be destroyed.
SERVPRO of Bordentown/Pemberton is ready and available, 24/7, to resolve your storm-related damages, including damage caused by excessive water; mold; high winds. We are highly trained professionals with state-of-the art mobile equipment prepared to provide rapid response to mitigate loss of personal or business property.
Call us at 609-894-8555 for emergency service. We are proud to serve our local Bordentown/Pemberton community and the greater Burlington County area.