Composite drainage board is a geosynthetic material made of plastic materials. It has a special structural design that can provide drainage, anti-seepage and protection functions.

Product details

Composite drainage board is a geotechnical material used in underground drainage systems.
Material: PP/HDPE

Product Parameters

Application

1. Basement and underground pipeline engineering: It can be used in basements, underground garages, underground pipelines and other projects to provide drainage, anti-seepage and protection functions.

2. Basic engineering: It can be used in the foundation of buildings, the roadbed of highways, tunnels, bridges and other projects to improve soil stability through drainage function.

3. Garden and landscape engineering: It can be used in parks, flower beds, green belts and other landscape projects to provide drainage functions and protect roots and soil.

4. Agricultural and horticultural applications: It can be used in agricultural projects such as farmland and greenhouses to provide soil drainage and moisture retention functions.

Features

1. Good drainage performance: The structure of the composite drainage board has a high degree of drainage performance, which can quickly remove excess water on the surface and underground and prevent water accumulation and groundwater level rise.

2. Ensure soil stability: Composite drainage panels can reduce soil saturation through drainage function, improve soil stability, and prevent soil loosening and subsidence.

3. Strong anti-seepage performance: The composite drainage board is made of high-density plastic material, which can effectively block the penetration of moisture and achieve anti-seepage effect.

4. Good pressure resistance: The composite drainage board adopts a special structural design and can withstand large pressure and protect underground pipelines and infrastructure.

5. Environmentally friendly and sustainable: Composite drainage boards are made of recyclable materials, which are environmentally friendly friendly and can achieve sustainable use of resources.