
Supershield is a global innovator in self healing concrete technologies, delivering sustainable, high performance solutions that enhance durability, extend service life, and strengthen structural resilience. At the core of our innovation are SHIELD® (Self-Healing Innovations for Enhanced Longevity and Durability ) Crystalline Technologies which power a comprehensive portfolio of eco friendly waterproofing and protection products, including admixtures, coatings, mortars, and repair systems. Designed for extreme environments and evolving infrastructure demands, Supershield combines innovation with localized technical expertise to deliver customized, system based solutions worldwide.








Traditional crystalline technologies are designed to waterproof concrete by filling pores and sealing cracks after they occur — a reactive approach that addresses defects and offers only basic durability.
Proactive from the moment of casting, SHIELD Adaptive Crystalline Technology is engineered to control crack formation before deterioration begins. By regulating hydration kinetics and managing early age thermal and moisture dynamics, it minimizes shrinkage and internal stresses at their source. The technology enhances fresh concrete performance, optimizes hydration, and stabilizes the microstructure under severe climatic conditions.
It actively governs thermal, moisture, water, and vapor movement, adapting to internal transitions driven by environmental exposure throughout the structure’s lifecycle, ensuring long term resilience, structural integrity, and crack resistant performance.
With SHIELD Adaptive Crystalline, concrete isn’t just protected — it’s climate-change ready and durable by design, not by repair.
Improves workability and finishability even in hot, cold, or windy conditions
Enhances hydration in extreme hot or cold climates by ensuring moisture availability
Reduces thermal stress and cracking during hydration by optimizing heat evolution and controlling the differential heat curve.
Manages heat buildup in mass concrete pours, reducing cracking and DEF risks
Enhances microstructural bonding and reduces porosity at the ITZ
Optimizes hydration to increase C-S-H formation and reduce excess free lime related risks such as ASR, sulfate attack, carbonation, efflorescence, and surface deterioration
Self-heals micro-cracks and pores that form over time to protect concrete from deterioration
Adapts and dynamically manages temperature, moisture, and vapor fluctuations within the concrete
Provides Resilience Against Chemical and Diverse Environmental Challenges throughout the concrete lifecycle
Supershield offers three advanced self healing crystalline technologies under its SHIELD framework, – delivering a proactive durability approach for concrete structures. Each technology is engineered to waterproof, protect, and enhance resilience under diverse environmental and structural conditions.

Deep Penetrating Capillary (DPC) Crystalline Technology® creates permanent, self-healing waterproof barriers within concrete. By sealing pores and capillaries with non-soluble crystalline structures, it ensures long-term durability and protection against water ingress and environmental damage, enhancing the resilience and lifespan of concrete structures.

Adaptive Crystalline Technology® enhances concrete resilience from day one through its entire lifecycle, adapting to changing environmental conditions. It actively manages water and thermal energy during casting while regulating temperature, vapor, and moisture in hardened concrete, ensuring it remains resilient, durable, long-lasting, and sustainable.

Multiseal Crystalline Technology® waterproofs and protects concrete infrastructure by integrating self-healing multifunctional SHIELD Crystals and a hydrophobic barrier, ensuring long-term durability. Ideal for both above-ground and below-ground structures, it keeps concrete resilient, watertight, and sustainable, even in aggressive and extreme climatic conditions.
The SHIELD Consortium, a key initiative of Leaselife Holdings through its SHIELD of Concrete Innovation Centre, is committed to pioneering research and development in self-healing, sustainable, and climate-resilient concrete technologies.
At the forefront of innovation, SHIELD of Concrete has developed a suite of advanced SHIELD adaptive crystalline technologies designed to enhance durability, sustainability, and adaptability in extreme environmental conditions. These research-backed solutions not only extend infrastructure lifespan and reduce maintenance needs but also play a vital role in the global shift toward climate-resilient and low-carbon construction.
We invite universities, research institutes, government bodies, national research agencies, and certification organizations to collaborate in evaluating, validating, and expanding SHIELD technologies in their respective fields—driving the transformation of the construction industry toward a more durable, efficient, and sustainable future.





Comprehensive solution that combines multiple products to result in the design and construction of long-lasting, durable, and waterproof below–ground concrete structures.
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Supershield has a legacy of innovation, continuously advancing self-healing technologies for durable, resilient, and sustainable concrete infrastructure. Explore our journey of ground-breaking inventions that redefine industry standards.
TIMELINE OF PRODUCT INNOVATIONS
Access a comprehensive collection of technical documents, brochures, and guides to explore our advanced crystalline waterproofing solutions and technologies.
VIEW RESOURCESSupershield Admixplus in action
Watch how DPC Technology works
Multiseal Crystalline Technology

Self-healing crystalline range engineered to form permanent crystalline barriers within concrete, enhancing waterproofing performance, durability, and service life.

Crystalline waterproofing admixtures engineered for durability from casting through concrete’s service life.

High-performance, self-healing crystalline product range delivering integral and topical waterproofing and protection, powered by Multiseal Crystalline Technology.
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