Innovative Modular Infiltration System for Enhanced Drainage Capacity
Revolutionize drainage efficiency with our Innovative Modular Infiltration System, designed to significantly enhance water infiltration capacity and promote sustainable rainwater management.
Email:
info@hn-guangqun.com
Phone:
+86-13838155309
Detailed Product Description
Environmentally friendly PP infiltration channel, designed for sponge city, integrating drainage and infiltration. It is injection molded with environmentally friendly PP material, which is light weight and high strength. Its unique arch structure and infiltration slits realize rapid rainwater dispersion and underground recharge, making it ideal for green buildings and sustainable infrastructure.
Technical Data:
Material | PP | Load Capacity | 20KN/M² |
Color | Black | permeability | 20% |
size(mm) | 1150×800×510 | temperature | -30℃---120℃ |
Installable Soil Environments:
Normal soils:These include common clay, loam, and sandy soils that typically have good infiltration properties and are suitable for stormwater infiltration drain installation.
Soft soil soils:Although soft soil soils may be weaker in terms of bearing capacity, stormwater infiltration drains can still be installed with proper foundation treatment and reinforcement measures.
Seasonally frozen and permafrost soils:When installing stormwater infiltration drains in these soil environments, the effects of freeze-thaw cycles on the soil and infiltration drain structure need to be considered and appropriate anti-freeze-thaw measures taken.
Expansive soils and wet subsidence loess:These special soils may undergo volume change or settlement when they are exposed to water, so special treatments are needed when installing stormwater infiltration drains, such as installing a water barrier layer and reinforcing the foundation support.
Stony or gravelly soils:When installing stormwater infiltration drains in these types of soils, obstructions such as stones and gravel need to be removed to ensure the smooth operation of the infiltration drains.