PP injection-molded infiltration chamber for rainwater detention
A PP injection-molded infiltration chamber for rainwater retention, enhancing natural infiltration and sustainable water handling, is perfect for green buildings and sustainable infrastructure.
Email:
info@hn-guangqun.com
Phone:
+86-13838155309
Detailed Product Description
Infiltration chamber, set of efficient drainage and ecological infiltration in one, cast in environmentally friendly materials, flexible layout adapted to all kinds of scenes, to help build a smart sponge city, to achieve the dual goals of water recycling and urban flood control.
Technical Data:
Material | PP | Load Capacity | 20KN/M² |
Color | Black | permeability | 20% |
size(mm) | 1150×800×510 | temperature | -30℃---120℃ |
Infiltration Chamber Features:
Modular design: Stormwater infiltration drains are usually designed in a modular fashion for easy installation, disassembly and transportation. This design makes the construction more flexible and can be customized and adjusted according to the actual needs.
Economy and environmental protection: Stormwater infiltration channels are made of environmentally friendly materials, have a long service life, and do not consume a lot of energy in the process of use, which is in line with the concept of green development. At the same time, its modular design makes the construction cost lower, the comprehensive cost is relatively low.
Infiltration function:The product adopts an arch-shaped infiltration structure or a large area of infiltration slits on the side, which can disperse and infiltrate the collected rainwater into the soil and effectively replenish groundwater resources.
Structural Strength:The infiltration channel structure is well-designed and has a high degree of compression resistance, and the buckled infiltration channel can also withstand the weight of a small car, ensuring stability in complex environments.
Flexible connection:The infiltration channel can be connected in the first place by itself or with other drainage pipes to form a complete drainage system.