BUILD Q4 2025 Glass Doctor® Helps Homeowners Save on Heating Costs This Winter Leading Glass Repair Company Offers Tips to Stop Window Drafts, Reduce Bills, and Protect Homes As the cold weather season approaches, Glass Doctor®, a Neighborly® company and a leader in glass repair and replacement, is urging homeowners to winter-proof their windows before temperatures drop. According to the U.S. Department of Energy, up to 30% of a home's heating energy is lost through its windows. Taking proactive steps now can improve comfort and help reduce heating costs all season long. The professionals at Glass Doctor specialize in identifying common window issues, such as broken seals, cracks, or inefficient panes that may contribute to heat loss. Through expert glass repair or replacement services, Glass Doctor helps homeowners reduce drafts, improve energy efficiency, cut energy costs, and keep homes safe and comfortable throughout the winter. "Many homeowners don't realize that windows are one of the most common sources of heat loss," said Thomas Patterson, Director of New Product Development and Technical Training at Glass Doctor, a Neighborly company. "Addressing these overlooked areas early in the season can prevent energy waste and noticeably improve comfort and safety indoors." Glass Doctor's Top Tips for Winter-Proofing Windows: • Upgrade to Insulated (Double-Pane) Windows: Upgrading to double-pane insulated windows is an effective longterm solution to prevent heat loss. These types of windows are designed with air pockets between panes of glass to diffuse heat transfer, resulting in a better-insulated home. Unlike singlepane units that let heat and cold pass through easily, double-pane windows provide year-round protection. • Apply Weatherstripping: A quick and lowcost way to block drafts, weatherstripping creates a tight seal around window frames to block drafts and cold air from entering and heat from escaping. • Use Thermal Insulation Film: A clear film applied to the interior frame adds an extra layer of insulation. When heated with a blow dryer, the film shrinks to form an airtight seal that locks in warmth.
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