Standing water, damp walls, and musty odors signal hydrostatic pressure building against your foundation -- JCB Waterproofing and Construction stops it at the source.
Here is what sets our basement waterproofing team apart from the rest.
Our interior drain tile systems are sized and sloped to specification, ensuring gravity carries water to your sump pump without clogging or backing up over time.
We treat every crack, joint, and tie rod penetration as a potential failure point and address each one individually rather than painting over the problem.
We document every installation with before-and-after photos, moisture readings, and a written record so you have evidence of the work performed and its conditions.
We explain every line item in plain language because customers who understand what they are paying for are the ones who trust us with their second home or rental property later.
Hydrostatic pressure is the invisible force behind nearly every basement water problem homeowners face in Amherst, WI. When soil around your foundation becomes saturated -- whether from heavy rain, snowmelt, or a high water table -- it exerts outward and downward pressure against concrete walls and floor slabs that can exceed hundreds of pounds per square foot. Over time, this pressure finds the smallest weakness: a tie rod hole, a cold joint between wall and footing, a shrinkage crack in poured concrete, or a deteriorated mortar joint in block construction. Once water finds its path, that path widens with every wet season until a trickle becomes a flood.
A well-installed interior drain tile system is designed around the specific hydrology of your property. Basements in Amherst that sit in naturally high water table zones require larger-diameter pipe and higher-capacity pumps than basements that only collect surface runoff during heavy storms. Our assessment process measures both the volume and the frequency of water intrusion to right-size every component -- from the pipe diameter to the pump horsepower and battery backup capacity.
In poured concrete walls, the most common seepage points are cold joints, tie rod holes, and form tie locations. These are concentrated, well-defined penetrations that respond well to polyurethane or epoxy injection -- a process of drilling small ports along the crack or joint, installing surface-mounted injection ports, and pumping low-viscosity resin under pressure until it fills the void completely. The cured resin is permanently flexible or rigid depending on the product chosen, creating a watertight seal that moves slightly with seasonal concrete expansion without reopening.
Floor cracks are a separate category of water entry that many homeowners underestimate. A hairline crack in a poured concrete floor can transmit significant water when the slab sits on soil with a high water table. Injection of these cracks follows the same principle as wall cracks: drill ports, install fittings, and pump polyurethane resin that expands to fill the void and bond with the surrounding concrete. In situations where the slab has heaved or settled, crack injection is supplemented with undercutting and re-pouring a portion of the slab to restore a flat, properly sealed floor surface.
Our written warranty covers both the installed drainage system and the sump pump equipment against defects in materials and workmanship. We recommend scheduling an annual inspection with our team to check that pump floats are operating freely, the battery backup is holding a charge, and the drain system's outlet is unobstructed. Homeowners in Amherst, WI who maintain this schedule rarely experience warranty claims because we catch the small issues before they become large ones.
Our full-service waterproofing menu addresses every water entry point from foundation wall to window well.
We size every drain tile system to the specific hydrology of your basement, ensuring the pipe diameter and sump pump capacity match your worst-case water intrusion load.
Poured concrete wall cracks are permanently sealed with low-viscosity polyurethane resin injected under pressure through surface-mounted ports drilled along the crack length.
We test every installation under simulated load conditions before completing the project, verifying pump cycling, float operation, and battery backup activation before we leave.
Hollow-core concrete block walls are treated with hydraulic cement parging and crystalline waterproofing compound that bonds into the block face and eliminates surface seepage.
Basement floor cracks that allow water infiltration from below are treated with polyurethane injection resin pumped under pressure to fill the void and bond with surrounding concrete.
Failing or undersized window well flashing and frame seals are replaced as part of every window well drainage project to address all water entry paths simultaneously.
We measure moisture levels at multiple points, probe for efflorescence sources, and map every water entry location before recommending any solution.
Our quotes include alternatives at different investment levels so you can choose a phased approach if budget requires it.
All debris is removed daily and the work area is restored progressively so your basement remains usable during multi-day projects.
We perform a complete post-installation inspection, take final moisture readings, and walk you through the system before issuing your written warranty documentation.
We had serious standing water every spring for eight years. JCB Waterproofing and Construction installed a full perimeter drain and sump system and we have been completely dry through two wet seasons since.
The quote was detailed, the crew was on time, and the work was exactly as described. They even patched the concrete so neatly you can barely tell there was a drain trench cut.
Excellent crew, fair price, and the basement has been dry for fourteen months now including one of the wettest summers our area has seen. Highly recommend.
Don't let another wet season damage your foundation. Contact JCB Waterproofing and Construction today for a no-obligation waterproofing assessment in Amherst, WI.
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