DPC Crystalline Technology
Deep Penetrating Capillary
Crystalline Technology
Our 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.
Discover DPC Crystalline products, engineered to enhance resilience, durability, and waterproofing performance for long-lasting concrete structures.
Functional Principle
Utilizing water as a catalyst, our DPC crystalline products react chemically with the by-products of cement hydration to form a needle-like, highly resistant crystalline structure that becomes part of the concrete. An essential feature of our Crystalline Technology is its ability to self-heal. Crystalline formation occurs wherever moisture is present. The resulting crystalline structure is remarkably resilient and provides comprehensive protection against water ingress, even under extreme hydrostatic pressure.
This protective barrier effectively shields the concrete from harsh environmental conditions, ensuring long-term durability and structural integrity. If cracks develop due to settling or shrinkage, the incoming water activates the crystallization process, leading to the formation of additional crystals that seal and repair the cracks. This makes DPC Crystalline Technology a robust solution for maintaining the performance and longevity of concrete structures.
Untreated concrete is naturally porous, making it highly vulnerable to water penetration and deterioration over time.
The active ingredients in Supershield penetrate the capillaries, forming insoluble, needle-like crystalline structures that seal the pores and enhance concrete durability.
If new cracks form due to settling or shrinkage, the presence of water reactivates the crystallization process, leading to the growth of additional crystals that seal the cracks.
Key Performance Capabilities
Deep Crystalline Waterproofing
Forms deep-penetrating crystalline structures within pores and capillaries of the concrete matrix.
Enables permanent internal waterproofing by blocking liquid water ingress.
Maintains watertightness even under sustained hydrostatic pressure.
Self-Healing Capability
Seals microcracks up to 0.5 mm through moisture-responsive crystalline growth.
Extends service life by reducing water pathways over time.
Protection Against Corrosive Agents
Reduces chloride and carbonation ingress into the concrete matrix.
Minimizes reinforcement corrosion and protects embedded steel.
Enhances long-term structural durability in aggressive environments.
Chemical & Sulfate Resistance
Improves resistance to chemically aggressive environments, including sulfates.
Preserves durability in sulfate-rich soils and groundwater conditions.
Enhances performance in industrial and wastewater environments.
Microstructural Stability & Crack Resistance
Refines pore structure through crystalline formation.
Improves resistance to drying shrinkage and associated cracking.
Enhances dimensional stability by mitigating alkali-silica reaction (ASR).
Improves freeze-thaw durability, reducing scaling and surface damage.
Vapor Permeability with Liquid Water Blocking
Blocks liquid water penetration while allowing vapor diffusion.
Prevents moisture entrapment within the concrete structure.
Maintains internal breathability without acting as a vapor barrier.
Environmental & Structural Compatibility
Based on water-based, VOC-free crystalline chemistry.
Compatible with potable water containment structures.
Enhances overall service life without introducing harmful substances.
Case Study: Supershield in Action
Self-Healing Crystalline Technology at Work
Crack Formation with Moisture
Visible cracks have formed in the concrete, allowing moisture infiltration, which can lead to long-term deterioration if left untreated.
Crack Partially Sealed
Supershield’s self-healing crystalline technology has been activated, with crystal growth beginning to seal the crack, reducing moisture penetration.
Crack Fully Sealed and Dry
The crack is now completely sealed by dense crystalline formations, preventing further water ingress and ensuring long-term durability and protection.
SEM Reveals Advanced Crystalline Protection
Leveraging the powerful imaging capabilities of a Scanning Electron Microscope, we provide visual evidence that sets our crystalline waterproofing apart from all other concrete waterproofing products. The SEM technique allows us to observe Supershield’s crystalline formations in action at incredibly high magnifications.
When active leakages occur through cracks in concrete walls, our system self-seals. An examination of a core sample extracted from a crack revealed needle-like crystal growth along the inner walls, effectively stopping the leakage. Supershield’s protective properties extend beyond water ingress; it also guards against various chemicals, including chlorides, sulfates, acids, and industrial substances. The SEM images illustrate numerous non-soluble crystalline formations that developed within the concrete treated with Supershield.
