Our Dynamic Multifunctional Crystalline Technology transforms concrete performance by embedding advanced multifunctional,SHIELD® crystals directly into the concrete matrix. This innovative technology is designed to enhance concrete resilience in challenging and changing environments from the casting stage of the concrete to its life cycle by effectively managing thermal energy and water in all its forms—liquid, vapor, and ice.
When added to the concrete mix, DMC Technology activates multifunctional SHIELD Crystals, enhancing performance at every stage of the concrete lifecycle. During casting and initial curing stage, these crystals seal pores and capillaries, creating a dense, impermeable structure. SHIELD Crystals ensure optimal hydration by regulating moisture availability and distribution, preventing water loss in hot climates and freezing in cold conditions. Additionally, the technology balances heat generation from hydration, effectively reducing thermal stress and preventing shrinkage cracks, ensuring long-term durability and structural integrity.
As the concrete hardens, Dynamic SHIELD Crystals continue to grow, forming crystalline structures within the concrete matrix that block water ingress and resist chemical attacks. These crystals dynamically respond to phase changes within the concrete caused by environmental conditions, managing moisture, vapor, and temperature. This process regulates internal humidity, prevents moisture buildup, allows concrete to breathe, reduces thermal stress, prevents thermal cracks, and enables the self-healing of microcracks when exposed to water or moisture.
With its advanced capabilities, DMC Technology ensures exceptional durability, superior waterproofing, and a longer service life of concrete, supporting sustainable construction. By reducing permeability, preventing deterioration, enabling self-healing and dynamically responding to the changes in the environment, this technology lowers maintenance needs and material consumption while enhancing resilience against both internal and external challenges, as well as climate-induced challenges such as extreme heat, flooding, and freeze-thaw cycles.
To learn more about the principle mechanism of DMC Crystalline Technology
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Enhances the workability of concrete during placement and finishing.
Facilitates better results even in complex construction environments.
Retains the right amount of moisture to ensure complete cement hydration for optimal strength development.
Prevents rapid drying in hot climates.
Stabilizes hydration heat, reducing thermal stress during casting and curing.
Prevents water from freezing in cold climates, ensuring uninterrupted hydration.
Enhances hydration efficiency, contributing to a crack-free, stronger, and more durable concrete matrix.
Automatically seals micro-cracks that develop over time.
Activated by moisture exposure, forming crystals that seal the cracks.
Reduces the need for frequent maintenance and repairs.
Contributes to the longevity and cost-effectiveness of concrete structures.
Adapts dynamically to a wide range of environmental challenges, suitable for both freezing and hot climates.
Prevents freeze-thaw damage in cold conditions.
Minimizes shrinkage in high temperatures.
Extends the lifespan of concrete structures in challenging environments.
Provides comprehensive protection against water and moisture damage, de-icing chemicals, freeze-thaw cycles, shrinkage cracks, chemical attacks, and thermal fluctuations.
Ensures the long-term structural integrity of concrete in various environments.
Enhanced Thermal Resistivity: Prevents heat loss to surrounding cold environments.
Prevents Freezing: Maintains water availability for continued hydration.
Controlled Water Availability: Ensures effective cement hydration even in low temperatures.
Reduced Thermal Peaks: Manages heat release during hydration to stabilize temperature.
Minimized Internal Thermal Gradients: Lowers stress from temperature differences within the concrete.
Favorable Heat Evolution Curves: Achieves optimal heat and differential heat evolution curves during hydration.
Enhances Workability & Retains Slump: Ensures smooth concrete placement and maintains consistency for efficient application.
Reduced Thermal Conductivity: Limits heat absorption from hot surroundings.
Controlled Water Retention: Minimizes moisture loss for consistent cement hydration.
Prevents Rapid Drying: Protects concrete from shrinkage and cracking in high heat.
Managed Thermal Peaks: Regulates heat generation during hydration phases.
Reduced Internal Thermal Gradients: Ensures temperature uniformity, reducing internal stress.
Favorable Heat Evolution Curves: Achieves ideal heat and differential heat evolution curves for hydration.
Enhances Workability & Retains Slump: Ensures smooth concrete placement and maintains consistency for efficient application.
