pro-Seal Green Interior water management & Repair projects

When wanting to avoid the cost of digging trenches outside or when commercial buildings are too close and the dig is not possible for positive side waterproofing below grade, use Pro-Seal Products Negative Side Water Management System applied in the wet, against the flow and know its watertight.

The machine rooms in the tunnels below the Panama Canal were dark, dreary and dangerous work spaces.  Added to the challenge the successful repair system had to be placed against negative pressure from brine water, migrating fuel oils, and migrating fatty acid materials. The PAC was looking for a solution. Pro-Seal competed with 72 national and international companies for the contract. All companies placed there product in an equipment room, the solution had to last one year. Our nearest competitor failed in under 90 days. Pro-Seals System  was the only system to make the cut, we won the contract.

Pro-Seals one-of-a- kind, Zero V.O.C., Negative Side Repair system was used to mitigate (stop) water migration through the floor slab and walls, from the inside. Watr was rising in this space to up to four feet of depth. This Pro-Seal Products process took this space, under the stage, from dark, dreary, dangerous, and useless, to Light, bright, safe ,and useful.

Rising water, vapor, radon gas, methane gas and other dangerous vapors are a serious issue in structures today. Pro-Seal has high adhesive systems that may be applied in damp, wet , or active water flow environments, to stop the ingress of water and gas vapors in to unwanted spaces. These systems may be covered with tile, carpet, hardwood or other floor coverings.

Pro-Seals PowerKote III system, incorporating Pro-Seal Power Patch, and Pro-Seal DP-36 to create acid resistant containment  and operational floors for this pickling line at a plant for a well known aircraft manufcturer.

Pro-Seal's environmentally positive impact Topical Vapor Barrier (TVB) and vapor sump system is designed specifically for each site to maximize the natural movement of water, water vapor  and gas vapor out of a target structure. These systems may be covered with carpet, tile, hardwood or other coverings.