Serving Windermere
Humidity & Moisture Drying Windermere, FL
When the outdoor air is wetter than the building, opening windows adds water. Drying means a closed building and conditioned air. The building is closed to outdoor air and its air is dehumidified, because in the humid season outside air adds water. Materials are read until they match unaffected material in the same building, including inside block and slab.
Wet days later? That is worth a call
Often needed alongside
- AC Condensate & Drain Line Leaks
An air conditioner makes water every day it runs. When its drain clogs or its pan cracks, that water goes into the ceiling or the slab.
- Wind-Driven Rain Intrusion
Wind pushes rain sideways through window frames, stucco and the base of the wall. The roof can hold and the house still take water.
Frequently asked questions
What stains the vaulted ceiling of a Windermere house along one line?
Vaulted ceilings in a late-1980s house leave a shallow space between the vault and the roof deck, and supply ducts run through it may have their insulation pressed thin. Through the summer that space is the hottest, dampest air in the house, and where it meets the cold duct, water condenses and soaks the drywall along the duct's line.
Does a water softener affect a Windermere septic system in the rainy season?
It can add to its load. Windermere has some 601 homes with septic systems on record, and where a softener empties its backwash into the same tank, each regeneration sends a batch of water to the drain field. In June the field is already taking the season's rain, and that extra water can be what fills it. Routing the backwash elsewhere eases it.
Where does summer water in a Windermere house usually come from?
From above and from the air. Windermere stands about 100 feet above sea level and some 52 miles from the open coast, so a wet ceiling or wall here traces to the roof, the ducts and air handler in the roof space, the plumbing, or humid air reaching a cold surface. Starting in the attic, over the stain, finds most sources fastest.
For the figures behind these answers, see Windermere.