What is an expander on a storm window?
Typical storm windows will come with a window sill expander, which allows the bottom of the storm window to expand (around ½ inch) to meet the angled sill of the window opening. Use your putty knife to tap down the adjustable expander tight against the windowsill.
Does Larson make windows?
LARSON Storm Windows keep your home warm in the winter and cool in the summer. You’ll feel more comfortable while lowering your energy usage and keeping out dust, wind and noise.
Should storm windows be removed in summer?
Basically, it depends on how you keep your home cool and comfortable through the summer. If you rely on fans, shade, and cool breezes to cool your house through the dog days, your best bet is probably to stick with the biannual ritual and take your storm windows off in spring.
Are storm windows worth the money?
Most commonly used with single pane windows, storm windows are more efficient than replacing old windows with double-paned glass. Storm windows have superior air-sealing, retain temperature better, create a reduction in noise, eliminate condensation and protect main windows from the wear and tear of mother nature.
Where are Larson storm windows made?
LARSON is headquartered in Brookings, SD and has door and window factories in Brookings, SD; Lake Mills, IA; and Mocksville, NC. The company maintains its own distribution centers and a national field sales team.
Does Pella make storm windows?
Pella Windows Founded in 1925 in a small community named Pella, Iowa; Pella has grown into one of the largest producers of storm windows and doors in the United States. Their product is featured in well over 200 showrooms across the country which are stocked by their 12 manufacturing facilities.
Are you supposed to caulk storm windows?
Do not caulk the sill. It’s a familiar story. Your old windows leak copious amounts of air, which makes for chilly drafts in the winter and higher cooling costs in the summer. Leaky windows may even be hurting your house by allowing windblown rain to seep into the structure.
