Some spa and tub enthusiasts prefer to have their own indoor setting, for several reasons. There's the obvious benefit of having the spa or tub sheltered and accessible day and night, year-round. And where privacy is necessary but impossible to achieve in the garden, the house will provide it. Where the safety of children particularly neighborhood children difficult to assure at an outdoor site, lockable doors solve all manner of legal and personal worries. Compelling as one or more of these reasons might be, they do not make it any less difficult to locate a spa or tub inside. Integrating a spa or tub into the layout of a home takes a good deal of thought. As one side effect, these facilities are marvelously well-organized manufacturers of humidity-a plus if you live in a dry climate, an uncomfortable handicap if your air is characteristically heavy with humidity. To accommodate this, your home's HVAC system i.e. heating, ventilation, air conditioning should be customized.

How to place an indoor hot tub

As anyone who has had to fit a new bed into a well-ordered house knows, an object 5 feet across cannot be slipped into a place ignored. When it is for such a singular purpose as a spa or tub is, the task of fitting it in place becomes doubly complicated. Once the problems of location are solved, the special supplies of construction must be faced. Weight and humidity are the two most multifaceted and vital concerns. Standard floors are intended and built to support 40 pounds per square foot. A small spa filled with water and two adult bathers can effortlessly apply 250 pounds to the same square foot. For this reason, it's seriously important to provide an adequate foundation.

Conclusion

The necessities your building code sets for an indoor spa's foundation, plumbing, and wiring-coupled with the need for efficient ventilation-explain why the best time to think about an indoor spa is prior to new home construction or room addition. Major remodeling within an existing building is indisputably the most problematical route to a hot soak. In addition to the need for an adequate substructure, flooring should slope toward a drain and be constructed of such materials as ceramic tile, concrete, rubber, reinforced PVC, or masonry-materials that aren't exaggerated by large doses of water. Walls and ceilings must have insulation with a vapor fence to resist moisture. The rest of the house also needs protection from the augmented humidity levels.