You can increase your energy efficiency while enjoying the benefits of a new roof for your home. Insulation helps prevent heat loss in the winter and reduces the pressure on the cooling system in the summer winter months. Many homeowners do not realize how important insulation is when thinking about the cost of building a new roof. It is an insulator between your home and outside. Insulation keeps your home warm by stopping heat inside your home from going out in winter, and preventing the temperature within your house from rising during hotter seasons.
There are numerous kinds of insulation that are available. Most popular insulation available is fiberglass insulation. It is available as batts or rolls. Recycling glass is utilized for the production of fiberglass insulation. It’s an excellent insulation. Foam insulation is also made of polyurethane and other components. Foam insulation has more power than fiberglass insulation however it’s also more costly.
If you are considering installing a brand new roof, you should consult several roofing companies about the most energy efficient options. Most roofing manufacturers offer energy-efficient productslike reflective roofing coatings. Even though a new roof might cost a lot but it’s worthy of the expense if your goal is to improve efficiency in energy use. A new roof will not simply improve the energy efficiency of your house, however, it can also boost the curb appeal of your home and increase its worth.
A Radiant Barrier
Modern roofing technology is able to improve your home’s energy efficiency as well as reduce your utility costs as well as provide the benefits of a new roof. One of these techniques is called a radiant barrier. It’s an insulation device that prevents the transfer of heat between two spaces. Radiant barriers perform best in areas with high temperatures, because they help reflect the heat away from your home as well as keep the inside cool. It’s an investment worth making in the summer during which the costs of air conditioning are the highest.
Radiant barriers absorb heat, reducing heat transfer via convection.