Committed to providing a more stable and reliable structural waterproofing system
Keyanji YH102 two-component polymer waterproof mortar consists of powder and liquid components.
The powder is made from cement, sand, fillers, and other additives; the liquid component consists of acrylic emulsion and additives.
It offers high strength, fast drying, crack resistance, impermeability, alkali resistance, moisture resistance, waterproofing, and anti-condensation performance, making it a green and environmentally friendly product.
Solves the global challenge of efflorescence and condensation. Traditional waterproofing struggles to control moisture vapor and alkali migration. This product suppresses dampness, efflorescence, and condensation at the source.
No key hazardous substances were detected. It can block volatile substances in the substrate, reducing release risks and improving environmental stability.
Solves complex construction and long-cycle issues. Thin-coat application, simplified process, and rapid film formation reduce construction time by over 70% and labor input by over 50%.
Solves the problem of stacking multiple materials. High strength, crack resistance, waterproofing, and alkali resistance work together to reduce material and process overlap, while simplifying construction with no curing required.
We chose this material mainly because it is fast to apply and has a simple process, without repeated back-and-forth work. A job that used to take two days can now be completed by one person in half a day. The results were clear on the same day, and the water storage test passed without issues. It has remained dry in use and is much easier to manage overall. After using it, we were confident in choosing it again. It is not just a single waterproofing material, but more like a complete waterproofing system that gives us more confidence to take on more projects.
The underground garage used to have persistent efflorescence issues, with walls repeatedly turning white, affecting both use and appearance. After applying this material, the surface became noticeably more stable, and large-scale alkali return did not reappear later. The user experience improved significantly. The eco-friendly material had no odor during construction, and property owners also reported a clear improvement.
Bathroom waterproofing used to require repeated rework, mainly because the base layer was poor. This material really bonds more firmly, and the construction efficiency was faster than expected. After treatment, the area basically stabilized, and there has been no water leakage during use. Even the condensation issue was solved at the same time, with stable results.
