Window replacement is an investment that can significantly improve home energy efficiency and curb appeal, so to effectively budget for this upgrade it is vital that you understand which factors affect overall costs.
Frame material and style have an enormous effect on price, durability and maintenance costs. Consider options such as double and triple pane glass to enhance insulation and performance.
Single-Hung Windows
Single-hung windows feature a lower sash that moves vertically up and down while the upper sash remains stationary, making them cost-effective and simple to maintain. Unfortunately, single-hungs aren’t as energy efficient than double-hungs and may allow humidity or mildew growth inside of them.
Frame material, window size, glass type and installation labor all have an effect on costs. Different frames like vinyl, wood, aluminum and fiberglass all carry differing price implications while options such as double pane or Low E glass also impact this total figure while customization and cladding materials could increase it further.
Double-hung and casement windows are among the most sought-after choices for home window replacement, but there are other choices as well. Bay and bow windows add unique style that adds value to your home while bay/bow windows jut out from walls for a unique look that may add extra curb appeal. They may cost more, but their excellent ventilation and visibility capabilities make them a smart investment when looking to upgrade.
Double-Hung Windows
Double-hung windows are an incredibly popular choice among Lexington homeowners, providing excellent airflow and an unobstructed view. These versatile windows can be opened from both sides for ease of cleaning. Plus, their greater security makes them harder to break into than single-hung ones!
Wood, vinyl and aluminum frames offer plenty of design choices to meet any aesthetic. Energy Star-certified models may qualify for tax credits that further reduce costs.
Renewal by Andersen provides Lexington’s close-knit community with expert window installations that focus on traditional craftsman and colonial architecture while still providing modern energy efficiency. Request a free quote or schedule a consultation appointment so they can demonstrate their comprehensive window replacement services in-home, so you can find windows to best complement your home and lifestyle.
Energy-Efficient Windows
Windows account for 25-30% of home heating and cooling expenses, making energy-efficient windows an important long-term investment. When shopping, look for windows labelled ENERGY STAR or other energy efficiency certifications to ensure they meet whole unit performance standards.
Energy-efficient windows feature double or triple pane construction with low emissivity glass coatings to help reduce heat loss during both winters and summers, block noise pollution and protect frames against moisture damage.
Renewal by Andersen offers several ENERGY STAR-partner products that can help Lexington homeowners save money on utility bills, such as double paned windows with Low-E coatings to increase insulation and daylighting performance and qualify for rebates and tax credits. They’re available as single-hung, casement, sliding or bay/bow windows and may be installed retrofit or full frame replacements.
Argon Gas
Argon gas windows are an efficient energy saving choice, as their inert properties prevent heat transfer through windows, helping homeowners reduce energy costs without compromising indoor comfort or expanding their carbon footprint.
Double-pane windows filled with argon gas are more energy-efficient than their single-pane counterparts, as the inert gas helps minimize heat transference. Furthermore, double-paned argon-filled windows reduce condensation and noise pollution as well as making homes more comfortable by helping balance temperatures around them.
While argon windows provide homeowners in Lexington SC with excellent insulation benefits, over time their gas fill can deplete due to weather exposure, improper installation or age. Window professionals are equipped with devices which quickly determine how much argon gas remains in a double-pane window using a metering device; in instances of small loss percentages it may not be necessary to fix the issue completely; instead they can switch out for denser krypton gas which fits better between panes in an IG unit, keeping energy efficiency intact while keeping energy efficiency on par.