- Crystal Clear Moisture Defence: HydroCoat 104 Super blocks capillaries and cracks, keeping concrete dry with cementitious crystalline waterproofing. Its rapid application and low coverage rate of 1 kg/m² make it ideal for large areas.
- Speedy, Cost-Effective Protection: HydroCoat 104 Super delivers a dry concrete surface through fast application. Consequently, its low material usage makes it suitable for a wide range of construction scenarios at a low cost.
- Concrete Harmony, No Slip: The system penetrates deeply and leaves no physical membrane. Therefore, it provides effective moisture control in pile caps, ring beams, and kicker joints.
Cementitious Crystalline Waterproofing – Technical Overview
Applied to concrete surfaces, HydroCoat 104 Super provides in-depth crystalline cementitious waterproofing. As a result, it protects against moisture movement through capillaries and hairline cracks.
The active chemicals react with free lime and moisture within the concrete structure. Consequently, insoluble crystalline formations form, blocking capillaries and minor shrinkage cracks. This process prevents further moisture migration and produces a dry concrete surface.
Large areas can be treated quickly due to the simple application process of HydroCoat 104 Super. Moreover, the low application rate of 1 kg/m² makes HydroCoat 104 Super highly cost-effective.
Because the product penetrates deep into the concrete, no surface membrane remains. Therefore, it remains unaffected by structural loadings from subsequent construction elements. New concrete is placed concrete-to-concrete with no potential for slip or separation, which can occur with physical membranes. As a result, HydroCoat 104 Super is ideal for isolating moisture in pile caps and ring beams. It is also highly effective at kicker joints where internal walls connect to structural concrete.
This crystalline waterproofing system functions as an integral solution within the concrete structure. Unlike surface-applied barriers, cementitious crystalline waterproofing becomes part of the concrete matrix. As a result, crystalline cementitious waterproofing delivers permanent moisture resistance that cannot delaminate, puncture, or degrade over time.
