Basement & Crawl Space Dehumidifier
Serving North Dakota and Northwestern Minnesota
If your basement, crawlspace or entire house is damp or musty and is in ND or MN , we have a solution!
 |
Mold lives on organic material. Shoes left in a moist basement (pictured) are covered in mold. |
As well as causing a damp and musty smell, mold and mildew also damage and discolor walls, clothes and surfaces within your basement and the rest of your home. Eliminating humidity will eliminate the odor and prevent the damage, because mold thrives in moist conditions.
Allergens in the home
Allergens caused by mold spores can be prevented though dehumidification. The primary allergen in your home, however, is the fecal matter created by dust mites. Fortunately, because dust mites absorb water through their skin instead of drinking it, they can also be eliminated through dehumidification. Keeping your relative humidity below 50% will stop mold growth and will also cause the dust mites to die off.
 |
Conventional dehumidifiers just don't measure up to the SaniDry. |
There are three factors that cause mold to grow:
- Temperature
- Humidity Level
- Organic Material for Food
You can't take the organic material completely out of your home, and no one wants to live in a home that is too cold or too warm for mold to survive. Therefore, the only one of these three problems that have a practical solution in a home is the humidity level. Innovative Basement Systems provides that solution.
As the best dehumidifier on the market, it lowers the relative humidity below 50% while filtering the air in a two stage solution that prefilters the air for large dust particles (the prefilter can be easily cleaned) and a second, easy to replace, slide-in filter that takes out particles as small as two microns. As it removes humidity from the air, the water runs out of a hose. You never have to empty it like you would with a conventional humidifier! Additionally, the SaniDry is much more effective than its competition- removing three times as much humidity while using the same amount of energy.
