Modern Replacement Windows Can Improve the Energy Efficiency of Your Home in the Cleveland, OH, Metro Area
A key benefit of choosing modern replacement windows for your renovation project is the improved energy efficiency they can provide for your home in the Cleveland, Ohio, metro area. Aging windows tend to allow heat to transfer into and out of your house, which can mean warm air seeping in during the summer and out during the winter. But, when you choose Beldon Windows, you’ll never have to worry about being uncomfortable in your own home due to excessive heat transfer. That’s because our replacement windows are expertly built to minimize energy loss, which can reduce the burden on your HVAC system as it works to maintain a consistent temperature. This, in turn, can potentially lower your monthly energy bills.
So, how do our windows reduce heat transfer for homes in the Cleveland, OH, metro area? Consider the following features:
- Insulated glass – Our glass is insulated according to ENERGY STAR® standards and is available in single, dual, or triple panes.
- Narrow frame and sashes – The sleek, patented slim frames of our replacement windows not only maximize your view, but also contain internal chambers that provide a buffer against heat loss.
- Non-conductive reinforcement – Our frames are reinforced with a composite material that also helps reduce heat transfer.
Furthermore, when you choose Beldon Windows, your replacement windows will be measured twice before they’re installed to make sure they fit right the first time. And, thanks to the skills of a factory-trained team of technicians, your new windows can typically be installed in just one day. Plus, in addition to our fine window products, we also offer storm doors to better protect your home against the elements.
For more information about how replacement windows from Beldon Windows can improve the energy efficiency of your home, contact us today. Beldon is a third-generation, family-owned company proudly serving homeowners in the Greater Cleveland, OH, area.