Drainage System | HDPE Drainage Channel
HDPE Linear Drainage Channels are applied in areas roads, plazas, parking lots, residential communities, landscape zones and municipal projects with lightweight, high strength, corrosion resistance, easy installation, good drainage capacity and long service life.
Product Name：U-Type HDPE Drainage Channel
Product Size: Details as below
Material: High Density Polyethylene (HDPE)
Product Color: Black, Blue
Load capacity: 1.5tons~90tons/㎡
Main Function: U-shaped permeable channels collect, drain and infiltrate rainwater locally for sponge cities, with better linear water intake, anti-corrosion and ecological performance than traditional pipes and concrete drains.
Exceptional Load-Bearing Capacity: This plastic drainage channel features a load rating of Class B125 under the international EN1433 standard, specifically engineered to withstand heavy loads. It is perfectly suited for a wide range of applications—including sidewalks, light-traffic vehicle access routes, courtyards, garden paths, garage entrances, pool surrounds, and landscape edging—making it an indispensable and versatile component of your landscaping solution.
Key benefits
Trench Drain System
- Corrosion resistance & anti-aging
- Light weight, fast & easy installation
- High compressive strength, excellent load-bearing
- Smooth inner wall, high drainage efficiency
- Integrated molding, good sealing, no leakage
- Cold & acid-base resistant, wide environmental adaptability
- Long service life, maintenance-free
- Modular design, save construction time and cost
Explanation of Dimension Symbols
A: Internal Width (mm)
B: Grate Width (mm)
C: Internal Depth (mm)
D: Internal Depth (mm)
E: Overall Height (mm)
L: Total Length / piece (mm)
Accessories Required
Large plate: Control water level, intercept and adjust large flow drainage.
Small plate: Local flow control, shunt water and prevent partial ponding
Connector:Connect channel sections tightly, prevent leakage and fix splicing.
Product Specifications
Installation steps
1. Trench Excavation
Excavate the foundation trench strictly in accordance with the construction size and slope requirement.
Level and compact the trench bottom and side walls to keep the base flat, solid and free of sundries, ensuring a stable mounting foundation for the drainage channel.
2. Channel Body Laying
Lay a layer of cushion mortar or gravel at the bottom of the trench. Place the drainage channel sections in sequence, connect and align each section tightly.
Adjust the horizontal level and drainage gradient to guarantee smooth water flow and overall structural stability.
3. Cover Installation
Clean the top edge of the channel body. Place the supporting cover plates accurately into the reserved position.
Ensure the covers are closely fitted, locked firmly and evenly arranged to prevent displacement or sinking under external pressure
4. Concrete Pouring & Pavement Laying
Pour concrete on both sides of the channel for fixation and reinforcement. After concrete solidification, lay floor stones, bricks or pavement materials around the channel.
Keep the surface flat with the channel opening to realize integrated road drainage.
FAQ
Stormwater attenuation tanks is a specially designed system used to capture, store, and manage rainwater runoff. It helps to prevent flooding by controlling how water is drained away from urban and industrial areas.
Stormwater attenuation tanks help manage rainwater effectively in cities, parking lots, roads, and other areas with a lot of concrete. They prevent flooding, reduce water pollution, and help conserve water for future use.
Stormwater modules significantly reduce the risk of flooding in urban areas by capturing and retaining excess rainwater, preventing surface runoff from overwhelming drainage systems. YD StormBreaker32® modules provide efficient flood prevention through detention, retention, and infiltration, especially in high-density urban environments where traditional drainage systems may be inadequate.
Yes, the YD StormBreaker32® module is designed for detention, retention, and infiltration of stormwater, allowing for efficient water management and reducing the risk of flooding in developed areas.
The YD StormBreaker32® module stands out due to its high load capacity, compact design, long lifespan, eco-friendly materials, and flexible installation, providing a reliable and efficient solution for managing stormwater in urban and industrial applications.
Yes, stormwater modules can be designed or adapted to meet specific requirements, such as adjusting the storage capacity, load-bearing capabilities, or installation configurations based on project needs.
