General Construction Foundation
Specified Worldwide for Foundation Waterproofing and Repair
Construction professionals know that the structural integrity of a foundation can be seriously compromised by hydrostatic pressure and leakages from groundwater. Cracking and joint failure from inadequate waterproofing leads to concrete deterioration and a downward spiral of water infiltration that could affect health and safety from mould and eventually compromise the structure of the building.
The non-toxic bonding technology perfected by Xypex resists water leakage even under extreme hydrostatic pressure. That’s why Xypex Crystalline Technology is often specified for foundation waterproofing based on its extensive track record of protection and repair in thousands of structures worldwide.
Find Projects
Holland Township Community Pool
The Holland Township Community Pool in Milford, NJ, has existed since the 1950s. However, deterioration over time has resulted in severe cracks in the concrete. The cracks have compromised the pool’s ability to maintain a watertight structure, necessitating annual repairs.
MDA Levis - Seniors’ Residence Foundation Waterproofing
In the strategic rejuvenation of the MDA Levis Seniors’ Residence, the team faced a significant challenge: a compromised raft slab and basement walls due to the failure of an existing membrane waterproofing system. Positioned 4 feet within the water table and enduring a constant hydrostatic pressure of 1.7 psi, the need for a definitive and enduring waterproofing solution was paramount.
Al-Rowad Complex – Commercial Building
The Al-Rowad Complex, one of the largest residential complexes in the Al-Remaiyla neighborhood of Khartoum, faced a significant waterproofing challenge. Despite previous attempts to waterproof its commercial building's basement with traditional waterproofing methods, persistent leakage issues remained unresolved, highlighting the need for a more effective and reliable solution. The application was rather complex due to its proximity to the White Nile River, which contributed to high groundwater pressure.
Al-Faihaa Building
The rehabilitation of the Al-Faihaa Building in Khartoum presented numerous challenges, primarily due to its bustling nature and the requirement for the structure’s rehabilitation activities to occur during working hours without affecting the operation of companies within the building. The project's complexity was further heightened by its proximity to the confluence of the White and Blue Nile Rivers, resulting in high groundwater pressure, especially noticeable during the rainy season. This environmental factor has long exacerbated the building's issues with water leakage in its basement and attached concrete water tank, rendering conventional waterproofing solutions ineffective.
Alley 111 Apartments
In downtown Bellevue, Washington, the Alley 111 mixed-use high-rise stands as a notable project that combines residential and commercial spaces. At the heart of its design is a LEED-point eligible water retention vault, aimed at capturing and storing stormwater, in line with the city’s building regulations. This system plays a critical role in the building’s approach to sustainability and urban runoff management, positioning it as a forward-thinking development.
