Old windows consume energy in a home, increasing heating and cooling bills while decreasing comfort levels. Replacement energy-efficient windows help cut consumption while simultaneously improving comfort levels.
Search for energy-saving products certified ENERGY STAR certified to your climate zone, along with features designed to maximize energy performance – like cladding materials and upgrades like inward tilting double-hung sashes with full screens – that can maximize energy performance and save on costs.
Low-E Glass
Installation of energy efficient windows can have a dramatic impact on energy consumption and costs over time, saving homeowners significant sums in utility costs. Windows certified by ENERGY STAR reduce heat transfer between rooms to keep homes cooler during summer and warmer during winter, keeping utilities costs significantly reduced while saving homeowners money over time.
Low-E glass features an ultra thin coating designed to reflect infrared energy away from windows, and still allow visible light through. This reflects sunlight away from them while letting visible light pass, helping prevent thermal loss in colder climates while still providing natural illumination.
Low-E coatings also protect your furniture, drapes and carpets from discoloration by blocking harmful UV radiation from entering the home, protecting furniture, drapes and carpets from discoloration over time. Used primarily with multi-pane windows featuring argon gas fills, there are various kinds of Low-E glasses to select depending on your climate; our team will help you select one for your home; for instance our SunFlow Low-E glazing option was specifically engineered to offer superior insulative properties while maintaining maximum visible light transmittance in cold climates and high altitude environments – our SunFlow Low-E glazing option was specially engineered to provide superior insulative properties while maximizing visible light transmittance in cold climates while maximizing visible light transmittance for cold climates and high altitude environments; our SunFlow Low-E glazing option was specially engineered for superior insulative properties while maximising visible light transmittance in cold environments while cold climates and altitude conditions; it provides superior insulative properties while simultaneously optimizing visible light transmittance in cold environments while optimizing light transmittance when used at altitude conditions of cold climates/high altitude climate conditions/high altitude environments while optimizing visible light transmittance/high altitude environments/altitude settings/environs while at maximising visible light transmittance environments/altitude environments while at simultaneously increasing visual light transmittance through maximisation to maximize visible light transmittance as well.
Warm-Edge Spacer Bar
Spacers are strips of metal, plastic or foam core used to separate glass window panes and seal inert gases like argon or krypton between them. While traditional spacers may be cheaper and effective solutions, warm edge spacer bars use low conductivity materials which significantly decrease energy consumption by keeping heat from escaping windows and reduce energy waste.
These cutting-edge new components optimize thermal performance and help future-proof architectural glazing solutions to meet high standards of sustainability, energy efficiency, occupant comfort and life expectancy. Furthermore, these innovations minimize condensation around double pane windows thereby protecting them against moisture damage and increasing their lifespan.
Warm-edge spacer bars can help significantly lower U-values and improve a window’s ability to retain heat inside the house. They do this by increasing glass temperature and preventing condensation – saving money on heating and cooling bills while decreasing mold growth risk as well as unsightly water spots on frames and sills.
Argon Gas Fills
Argon gas is often utilized in double and triple pane windows to lower energy consumption and enhance performance, helping lower overall consumption and optimize window performance. This inert gas fills the spaces between window panes to increase insulation levels within your home while slowing the transfer of heat from within to outside, thus minimizing drafts or hot spots within your house and maintaining consistent indoor temperatures throughout the year.
As with all gas fills, argon may leak out of windows at an annual rate of about one percent. To mitigate this potential hazard, it’s essential that window seal integrity is regularly reviewed and non-abrasive cleaners used. In addition, having your windows professionally inspected every few years is an investment that will save money in energy bills while simultaneously increasing their value over time.
Double-Hung Windows
Double-hung windows feature operable sashes that improve airflow throughout a home and offer flexible ventilation options, making double-hung window replacements the superior choice when it comes to air circulation and ventilation options. Their lockable sashes reduce burglaries risk while being opened from either side for emergency exit for households with children. Furthermore, double-hung replacements can increase home value as well as simplify maintenance requirements more than other window types.
Today’s energy efficient windows in Lexington SC rely on cutting-edge technologies to stop heat transfer and lower utility bills. If possible, look for ENERGY STAR-certified windows which meet stringent government efficiency guidelines; such windows typically feature Low-E coatings, argon gas fills and insulated frames in order to lower energy consumption and save you money!
Quality double-hung windows often outlive their expected lifespan of 20-40 years with minimal upkeep required. Their simple mechanical design requires less frequent repairs compared to more complex window styles with specialized hardware and operators, as well as being easier to clean than specialty window types and costing less for professional cleaning or repair than alternative designs.