Windows

  • The vinyl frame and sashes on our energy efficient windows will never chip, peel, crack or warp. Made tough and solid with PVC resin, their color is formulated throughout so the beautiful luster lasts.
  • A network of strategic insulating air chambers help our energy effcient windows reduce conduction and cut high energy bills.
  • Insulated glass unit featuring double-strength glass with optimal air space improves year-round performance of energy efficient windows.
  • PPG Interceptâ„¢ Warm Edge Spacer System maximizes energy efficient windows performance and longevity.
  • Metal reinforcement adds strength at the meeting rail.
  • Quad 4 weatherstriping at the header and sill of these energy efficient windows add even more protection from the elements.
  • Fusion-welded sash and mainframe structure add strength and rigidity. Tough extra-thick extrusion walls provide the ultimate in welding strength.
  • Dual ventilator locks provide a safe, secure way to keep home replacement windows open for proper ventilation.
  • Constant force balance system eliminates the sash cords, weights and pulleys of some replacement windows, for smooth, comfortable fingertip operation.
  • Tilt-in top and bottom sashes make cleaning your new energy efficient windows safe and easy from inside the home.
  • Full or half fiberglass screens provide ventilation while keeping insects out.

LOW-E ARGON GLASS

Home Replacement Windows are designed for superior thermal performance. By choosing our insulated glass package, featuring Low-E Glass and the Interceptâ„¢ Warm Edge Spacer System, you can help reduce your energy costs even more, while further reducing consumption of fossil fuels.

Our combination of UV-filtering Low-E Glass, insulating argon gas and the Interceptâ„¢ Warm Edge Spacer System creates significant energy efficiency. Together they can cut the damaging effects of the sun, which can lead to the fading of carpets, curtains and furniture by an additional 72% over clear insulated glass units.

In winter, a warmer glass temperature is maintained, increasing the R-value by an additional 104%.

In summer, a 49% reduction in solar heat gain in Maryland helps cut air conditioning costs.

 

 

 

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