The cornerstone mineral-based injection gel for comprehensive waterproofing protection across diverse infrastructure applications.
EURAS AquaShield Pro is our flagship one-component injection gel of mineral origin, designed to deliver unparalleled waterproofing protection for all types of underground and aboveground structures. With its high hydroscopic properties, it actively absorbs and displaces water while creating a permanent, flexible barrier against water infiltration. Unlike conventional solutions, AquaShield Pro maintains its gel state indefinitely, ensuring long-term performance regardless of environmental conditions.
The unique bentonite-based mineral composition gives EURAS AquaShield Pro exceptional cohesion power with virtually any construction material, creating a seamless integration with the structure itself rather than merely coating it. This active displacement mechanism fundamentally differs from traditional passive waterproofing methods, as it continuously works to remove moisture from surrounding areas while establishing an impenetrable barrier. The gel's naturally high pH value provides additional protection for reinforced concrete by inhibiting corrosion processes, extending the service life of critical infrastructure components.
EURAS AquaShield Pro has been rigorously tested by independent laboratories, demonstrating unlimited resistance to aging, exceptional durability in extreme temperatures ranging from -25°C to 100°C, and complete resistance to UV radiation. These properties ensure that once applied, the waterproofing solution remains effective for the entire service life of the structure without degradation or need for replacement. Additionally, the environmentally benign composition makes it suitable for application in sensitive areas where ecological considerations are paramount.
The versatile properties of EURAS AquaShield Pro make it ideal for a wide range of infrastructure applications where water infiltration threatens structural integrity. Its active water displacement capability enables effective sealing of both new construction and rehabilitation projects, while its permanent flexibility accommodates natural structural movement without compromising waterproofing integrity.