What Is A Hurricane Proof Garage Door?
A hurricane proof garage door is specifically designed to withstand the high winds, heavy rains, and debris that come with a hurricane. Unlike regular garage doors, hurricane proof garage doors are made from thick, impact-resistant materials that provide extra protection to your home. Additionally, they are designed to withstand the force of hurricane winds, which can reach up to 150 miles per hour in some cases. In order to be effective, the garage door must be properly installed and maintained.
How To Make A Garage Door Hurricane Proof
Making a garage door hurricane proof involves several steps. First, you should consider installing a reinforced steel garage door. These doors are designed to withstand the force of hurricane winds and are made from thick, impact-resistant materials. Additionally, you should make sure the door is properly sealed and insulated to help prevent water from entering the home. You should also ensure the door is properly balanced and has the necessary hardware to hold it in place during strong winds.
The Pros of Hurricane Proof Garage Doors
The main benefit of a hurricane proof garage door is the extra protection it can offer your home. These doors are designed to withstand the force of hurricane winds and are made from thick, impact-resistant materials. Additionally, they are designed to be sealed and insulated to help prevent water from entering the home. Furthermore, because the door is properly balanced and has the necessary hardware to hold it in place during strong winds, it can provide extra protection from debris.
The Cons of Hurricane Proof Garage Doors
The main downside to hurricane proof garage doors is the cost. These doors can be expensive to install and require regular maintenance to ensure they are functioning properly. Additionally, because these doors are made from heavy-duty materials, they can be difficult to operate. Furthermore, if the door is not properly balanced or if the necessary hardware is not installed properly, the door may not provide adequate protection against winds and debris.
