Basement Waterproofing Methods - Specific to the Problem

There are many possible ways in which water finds its way into your basement; consequently, the basement waterproofing methods chosen must be specific to the cause of your wet basement problem for any waterproofing repair to be effective. Variables such as crack size, basement leak location, the presence of moisture in a crack or on the surface of the wall, accessibility of the area to be repaired, the source of the basement leak, the existence of prior waterproofing repairs and your foundation type are some of the many factors that have a bearing on the most appropriate wet basement solutions or foundation sealing methods.

In order to wisely choose the best wet basement solutions / basement waterproofing methods it is important that you work with our experienced technicians to select the most effective solution for your specific wet basement issue. In the table below we have summarized typical sources of basement leaks, the available basement waterproofing methods / wet basement solutions, as well as the relative cost of each type of basement waterproofing method / foundation sealing method.

Note: It is important to bear in mind that some basement waterproofing companies sell proprietary basement waterproofing systems; it follows that they will attempt to sell you their system. It is our view that you would be better served by a waterproofing company that offers all available wet basement solutions as opposed to proprietary basement waterproofing systems. We are firm in this belief because basement waterproofing should be done in a way that is best for your budget, your foundation, and the wet basement problem that you have.

Note:

Repairing leaking basement walls, from inside the home, using surface treatments such as hydraulic cement, rubberized coatings, sealants, and tar, are not recommended by truly professional waterproofing contractors because those basement waterproofing methods ultimately cause deterioration of the concrete and/or mortar joints. This deterioration occurs because trapped water permeates naturally porous concrete; consequently, the moisture within damp concrete that is exposed to freezing temperatures expands. This expansion leads to spalling, crack growth, and weakening of the foundation. Prolonged exposure of a foundation to ice, and water saturation, can result in foundation failure and/or the weakening of the foundation.