Capillary Waterproofing Systems

Description: Cement-based, crystallized waterproofing material that can be applied in both positive and negative hydrostatic pressure directions and becomes reactive with water and moisture.

Description: Cement based, sulfate resistant, crystallized mortar in powder form that can be applied in both positive and negative hydrostatic pressure directions and becomes reactive with water and moisture.

Description: Cement-based, crystallized concentrated waterproofing material that can be applied in both positive and negative hydrostatic pressure directions and becomes reactive with water and moisture.

Description: Cement-based, crystallized waterproofing material specifically developed for waterproofing of foundations that can be applied in positive hydrostatic pressure directions and becomes reactive with water and moisture.

Description: Cement and polymer emulsion based, double component, crystallized waterproofing material which can be applied in both positive and negative hydrostatic pressure directions. It becomes reactive with water and moisture. Due to its crystalline properties, it reacts with water, moisture, and free lime present in the concrete structure, forming crystals that fill the capillary voids in the concrete. At the same time, it creates a waterproof layer on the surface of the applied concrete.

Description: Cement-based, crystallized and non-shrinking structural repair mortar used for filling rod holes, chamfering and segregation repairs on concrete surfaces that gains high strength in a short time and provides water impermeability with the active chemicals it contains.

Description: Concentrated, crystallized waterproofing liquid additive with reactive properties which forms needle-tipped crystals in the pores and capillary voids in reaction with water, moisture and free lime after it is mixed into the concrete.

Description: Crystallized waterproofing liquid additive with reactive properties which forms needle-tipped crystals in the pores and capillary voids in reaction with water, moisture and free lime after it is mixed into the concrete.