Other than burning down, probably the worst thing that can happen to a residential structure is a foundation problem. The foundation is literally what the house is built on, what keeps the building where it was built, transferring the dead loads and the live loads into the ground.
The source of the vast majority of foundation problems is water. Wet soil beneath a foundation can swell or lose strength.
And that’s only the first reason to keep the foundation dry. Then there’s the little problem of wet damp basements and crawl spaces that can breed mold and make below-ground interior spaces generally unpleasant. The problem is that typical concrete is not waterproof. Although uncracked (and what concrete is uncracked?) it will typically keep out liquid water, water vapor can still penetrate quite easily. Keeping water drained away from concrete foundations and preventing it from moving through the concrete are essential to a successful structure.
Accomplishing our goal, then, of draining any water away and ensuring a dry interior space below grade can be relatively simple or fairly involved depending on geographic location, climate, topography, soil/water table conditions, and depth of the foundation. There are three components of any system designed to keep water out. These are, from the bottom up:
- Drains to move water away from the bottom of the foundation
- Wall treatment to prevent moisture from moving through the wall and to route water down to the drains
- Ground surface treatment adjacent to the building to direct surface water away
And remember that since this will mostly be underground when the building is complete, doing it right the first time is critical, because coming back to fix it is an expensive undertaking. A leaky foundation in a residential building can damage finishes and furnishings, even the structure itself. In a commercial building, water can ruin expensive equipment and disrupt vital work. It all adds up to lost money, wasted time, upset customers and sometimes litigation.
You can avoid having any foundation issues defending moisture, with moisture. Dricrete’s product requires the presence of moisture to set off a chemical reaction from within the matrix of the concrete. The crystalline process is continuous as long as moisture is present in the concrete, significantly reducing the concrete’s natural porosity by filling small voids and cracks caused by shrinkage. The concrete is still able to breathe as the crystalline does not create a vapor barrier. If no moisture is present, the crystals will lie dormant until moisture reappears and then will reactivate to seal the area of the leakage.
- Can be used on foundation walls and floor slabs, suspended or in-ground pools, and protect against spalling due to oil, salt and freeze/thaw action in parking garage floor applications.
- Can be applied to inside or outside surfaces, to integrate and combine with the concrete from within forming a barrier that cannot easily be damaged. No special below-grade protecion is necessary.
- Can be applied to wet surfaces, unlike most asphaltic, bitumen or solvent-based resin systems.