Description

Sika-101h: Crystalline Waterproofing Solution for Concrete and Mortar

Introduction: Sika-101h is a high-performance, cement-based crystalline waterproofing system designed to prevent water infiltration and seepage in concrete and mortar surfaces. It is particularly effective in areas with low water pressure within concrete structures or on any cementitious substrate. This advanced system ensures long-lasting protection against water damage, improving the durability and integrity of structures exposed to moisture.

Upon application, the product works by blocking the pores and capillaries in the substrate. Sika_101h forms insoluble crystalline structures that grow within the concrete, sealing the pores and preventing further water penetration. This process helps stop water seepage and protects the structure from the damaging effects of moisture.

Benefits of Sika.101h:

• Effective Water Protection: Sika,101h creates a waterproof barrier by forming crystalline structures inside the concrete, effectively blocking water from entering the substrate.
• Low Pressure Areas: It is especially effective in areas of low water pressure, where other waterproofing methods may not provide adequate protection.
• Self-Healing Properties: The crystalline structure can continue to seal cracks and capillaries when exposed to water, providing ongoing protection and extending the lifespan of the treated surface.
• Durability: Once applied, Sika-101h offers a long-lasting solution that protects concrete and mortar from the damaging effects of water infiltration over time.

Applications: Sika;101h is suitable for a variety of applications, including foundations, basements, tunnels, and other concrete structures exposed to moisture. Its ease of use and effective performance make it a reliable choice for both new construction and maintenance of existing structures.

In summary, Sika-101h is an advanced crystalline waterproofing solution that offers reliable protection against water seepage, ensuring the durability and longevity of concrete and mortar surfaces.