SHIELD Technologies for Concrete
Building Resilient and Sustainable Concrete Through a Proactive Durability Approach
To build resilient and sustainable concrete, modern infrastructure must withstand increasingly aggressive and dynamic conditions throughout its entire service life. Conventional approaches based on reactive repair after deterioration are no longer sufficient, as they lead to higher lifecycle costs, increased material use, and greater environmental impact. This demands a proactive durability approach that begins at the casting stage, addresses extreme climatic conditions, and actively manages internal transitions within concrete throughout its service life under changing exposure conditions. Only a self-healing proactive, performance-driven approach extends service life and delivers resilient, long-lasting concrete structures.
Discover our Transformative SHIELD Crystalline Technologies
Adaptive Crystalline Technology ®
Adaptive Crystalline Technology ensures that concrete is resilient from day one and built to withstand environmental challenges. It manages water and thermal energy during casting, regulates temperature, vapor, and moisture in hardened concrete, and makes concrete impermeable for long-term protection. This technology improves durability, sustainability, and longevity, making concrete stronger and more resilient in any environment.
Multiseal Crystalline Technology ®
Multiseal Crystalline Technology waterproofs and protects concrete infrastructure by enhancing sustainability through self healing adaptive crystalline technology and a hydrophobic barrier mechanism, making it ideal for both above ground and below ground structures. Designed for modern infrastructure, Multiseal Technology keeps concrete resilient, watertight, and durable even in aggressive and extreme climatic conditions.
DPC Crystalline Technology ®
Our Deep Penetrating Capillary (DPC) Crystalline Technology creates permanent, waterproof barriers within concrete, enhancing durability and extending the life of concrete structures. This technology enhances the approach to concrete protection by working within the concrete rather than on its surface.DPC Crystalline Technology takes advantage of concrete’s nature to create an integral reaction that permanently waterproofs and protects the concrete by sealing its pores and capillaries with non-soluble crystalline formations.