What is a reaction?

2024-09-29

Reaction is a kind of waterproof technology, it through specific materials and processes, to achieve a close combination between the waterproof material and the base surface, so as to achieve efficient waterproof effect. This technology is mainly used in the field of building waterproofing, especially for the waterproof treatment of concrete structures. The reactive bonding technology forms an "interpenetrating network" interface structure between the waterproofing membrane and the concrete through the synergy of chemical crosslinking and physical tenon, so as to achieve a tight, firm and irreversible bonding effect of flesh and blood. This technology not only solves the problem of insufficient adhesion between traditional waterproof materials and the base surface, but also improves the durability and environmental adaptability of waterproof, and realizes the "skin-type" waterproof concept.
Reaction viscosity technology specifically includes CPS reaction viscosity and PCM reaction viscosity in two forms:
CPS reaction viscosity: Through its own hydrophobic properties and compact physical structure, it prevents water from invading the body of the protected object. Through the synergy of chemical crosslinking and physical tenon, the waterproof coiled material and concrete form a close combination, which completely solves the problem that the bonding force between the modified asphalt coiled material and the base surface is not large enough and not lasting, and realizes the irreversible bonding between the coiled material and the base surface and does not damage the integrated waterproof structure layer.
PCM reaction adhesion: For the concrete and concrete stress release of holes and cracks, the impermeable structure using PCM reaction adhesion waterproof membrane can achieve good waterproof effect. This technology transplants waterproof "skin" for concrete, and solves the problem of concrete water seepage by closing the clogged pores and enhancing the flexible waterproof layer.
Both reactive bonding techniques emphasize a tight bond with the base surface and durability of waterproofing, and are suitable for construction and infrastructure projects that require efficient waterproofing.