With advancements in materials science and construction technology, new overlapping techniques are constantly emerging, providing more reliable solutions for waterproofing projects in complex environments.

In building waterproofing projects, time is cost, and efficiency is competitiveness. Traditional waterproofing materials often rely on solvent evaporation or chemical reactions to complete the "film-forming" process, requiring waiting hours or even days b

Throughout a building's lifecycle, water is both the gentlest and most ruthless enemy. It seeps in silently, eroding everything from rooftops to basements, from balconies to bathrooms; every crack can become the starting point of a hidden danger.

Waterborne polyurethane waterproof coating, with its unique molecular structure and film-forming mechanism, overcomes the limitation of requiring a dry substrate. It achieves strong adhesion and long-lasting waterproofing even on damp or slightly permeabl

Traditional waterproofing materials tend to have brittle and aged adhesive layers after chemical erosion, leading to peeling from the substrate.

In building waterproofing systems, the performance of a modified asphalt waterproof membrane depends not only on the modification effect of the asphalt itself but also on its underlying base material.