Overview
- An issue in virtually every Milgard sales area.
- Heat from the outdoors adds to cooling costs.
- Reduces comfort.
- Fading is an issue.
- The better the heat control, the more expensive the window.
Solution Ideas
Glass
- Tinted glass for controlling heat gain and glare.
- Low-E2 for controlling solar heat gain.
- Argon gas for a cost effective drop in u-factor when hot temperatures, not direct sunlight is the challenge.
- Low-E2 & Tint / Clr combination for best control of heat gain.
Frame
- Wood Windows help block heat transfer through the frame -- and our fiberglass exterior withstands even brutal heat.
- Vinyl Windows help block heat transfer through the frame and are tested at extreme temperatures for any sagging or deformation..
- Thermal-break Aluminum windows -- block heat transfer better than than standard aluminum; frame can stand up to brutal temperatures.
- Aluminum Windows -- frame withstands heat but heat moves quickly through the frame.
Other Considerations
- When using tints, specify the same thickness of glass within any single viewing area or room. The thicker the glass -- the darker the tint appears.
- All Low-E products have a slight color and in certain light conditions can appear slightly reflective.
- Pay close attention to orientation of the home. The South and West facing walls will have the greatest exposure to the sun.
- Walls, overhangs, exterior shades or shrubs and trees can help to block out the heat of the sun.
