Plastic Drain Cell Drainage Board for Roof Garden

Plastic Drain Cell Drainage Board for Roof Garden System 1

Plastic Drain Cell Drainage Board for Roof Garden System 2

Plastic Drain Cell Drainage Board for Roof Garden System 3

Plastic Drain Cell Drainage Board for Roof Garden System 4

Plastic Drain Cell Drainage Board for Roof Garden

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Loading Port:: Qingdao

Payment Terms:: TT or LC

Min Order Qty:: 5000 m²

Supply Capability:: 100000 m²/month

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Plastic Drain Cell Drainage Board for Roof Garden

1. Introduction

Drainage cell is the lightweight three dimensional geocomposite with flat back which is pressed against an underground structure used for subsurface water management method.
Our drainage cell is lightweight, easy to use and cost effective when compared to traditional drainage methods, and it is the most advanced and versatile geo-composite product suitable for all your horizontal and vertical drainage applications such as roof garden drainage, landscape, terraces and patios under pavers, subterranean building protection, etc.

2.Specification

Plastic Drain Cell Drainage Board for Roof Garden

3. Features

1) High Compressive strength
2) Eco-friendly, waterproof polypropylene material
3) Lightweight and easily transportable
4) Thermal regulation
5) Low cost
6) Quick and easy to install

4.Applications

1) roof gardens,

2) podium landscaping,

3) retaining walls,

4) golf course,

5) sports fields,

6) bridge abutments,

7) underground car parks,

8) basements,

9) under drains for slabs/ foundations / subsurface drainage for permeable driveways

5. Pictures

Plastic Drain Cell Drainage Board for Roof Garden

6. FAQ

Q1：Are you a factory or trading company？We are a factory.

Q2：How is the quality of your products compared with other supplier？
Our price is reasonable and worty quality.

Q3：Do you have quality warranty ？
Yes，we have quality warranty under normalconditions，pls contact us for details.

Q4：How do you make our business long-team and good relationship？
We keep good quality andcompetitive price to ensure our customers benefit.

Q: What are the challenges in installing and maintaining geosynthetic products in earthwork?: Some of the challenges in installing and maintaining geosynthetic products in earthwork include: 1. Proper installation: Geosynthetic products require precise installation techniques to ensure their effectiveness. Any errors or deviations during installation can lead to reduced performance or failure of the product. 2. Site conditions: The condition of the site where the geosynthetic products are being installed can pose challenges. Uneven terrain, unstable soils, and adverse weather conditions can make installation difficult and require additional measures to secure the products. 3. Compatibility with other materials: Geosynthetic products must be compatible with the surrounding materials and structures to ensure proper integration and functioning. Compatibility issues can arise due to differences in physical properties, chemical reactions, or long-term durability. 4. Monitoring and maintenance: Once installed, geosynthetic products need regular monitoring and maintenance to ensure their performance over time. This can involve inspection for damage, cleaning, repairs, or replacement of damaged or worn-out sections. 5. Long-term durability: Geosynthetic products are expected to have a long service life, but factors such as exposure to UV radiation, chemical degradation, or mechanical stresses can affect their durability. Regular inspections and maintenance are necessary to address any degradation and ensure the longevity of the products.

Q: Can earthwork products be used in green roof applications?: Yes, earthwork products can be used in green roof applications. Earthwork products such as geotextiles, geocomposites, and geogrids can be used to enhance the performance and sustainability of green roofs. These materials help with water drainage, soil retention, and stabilization, allowing for the successful implementation of green roofs.

Q: How do earthwork products compare to traditional construction materials in terms of cost?: Earthwork products, such as soil, gravel, and rocks, typically have a lower cost compared to traditional construction materials like concrete, steel, or bricks. This is because earthwork products are often readily available on-site or nearby, which reduces transportation costs. Additionally, earthwork materials can be sourced locally, further minimizing expenses. However, it is important to note that the cost comparison may vary depending on the specific project requirements and location.

Q: What are the different types of geotextile bags available for erosion control?: There are several different types of geotextile bags available for erosion control, including sandbags, coir logs, and geotextile tubes.

Q: Can earthwork products be used for constructing outdoor fire pits?: Yes, earthwork products can be used for constructing outdoor fire pits. Materials such as bricks, stones, and concrete blocks commonly used in earthwork can be assembled to create a sturdy and functional fire pit for outdoor use.

Q: Are earthwork products resistant to weathering?: Yes, earthwork products are generally resistant to weathering. Due to their composition, which is primarily made up of natural materials like soil, gravel, or rocks, they can withstand various weather conditions, including rain, wind, and temperature fluctuations. However, the degree of weathering resistance may vary depending on the specific material used and the specific environmental conditions it is exposed to.

Q: What is the purpose of using geotextile tubes in dredging projects?: The purpose of using geotextile tubes in dredging projects is to provide efficient and effective dewatering and containment solutions. These large, fabric tubes are filled with sediment and water from the dredging process, allowing the water to drain out while retaining the solid material. This helps to separate and consolidate the dredged material, making it easier to dispose of or repurpose. By using geotextile tubes, dredging projects can minimize environmental impact and manage sediment in a controlled manner.

Q: How do earthwork products contribute to soil moisture retention?: Earthwork products, such as contour ploughing, terracing, and mulching, play a crucial role in retaining soil moisture. Contour ploughing helps to slow down water runoff and allows water to infiltrate the soil, thus increasing soil moisture levels. Terracing prevents soil erosion by creating flat areas on slopes, which helps retain water in the soil. Mulching, on the other hand, acts as a protective layer over the soil, reducing evaporation and allowing the soil to retain moisture for longer periods. Overall, these earthwork techniques contribute to improved soil moisture retention, which is essential for plant growth and ecosystem health.

Q: What is the function of geosynthetic drainage composites in landfill construction?: The function of geosynthetic drainage composites in landfill construction is to provide effective and efficient drainage of excess water and leachate from the landfill. These composites consist of a geotextile filter layer and a drainage core, which allows for the easy flow of liquids while preventing clogging and soil migration. By facilitating proper drainage, geosynthetic drainage composites help mitigate the risk of groundwater contamination and improve the overall stability and performance of the landfill.

Q: What are the benefits of using geocells for load support in railways?: Using geocells for load support in railways offers several benefits. Firstly, geocells provide effective reinforcement to the trackbed, allowing for better distribution of load and reducing the stress on the underlying soil. This helps to prevent settlement and deformation of the track, ensuring its stability and longevity. Secondly, geocells enhance the load-bearing capacity of the trackbed, enabling it to support heavier loads without experiencing excessive deformation. This is particularly beneficial in areas with high traffic volumes or heavy freight trains. Additionally, geocells improve the overall performance and resilience of railway tracks by minimizing lateral movement and lateral spreading of the ballast material. This helps to maintain the proper alignment of tracks, reducing the need for frequent maintenance and realignment. Furthermore, geocells act as a barrier against soil erosion and provide effective drainage, preventing the accumulation of water and ensuring proper trackbed stability. This is especially advantageous in areas prone to heavy rainfall or waterlogging. Overall, the use of geocells in railways offers significant advantages in terms of improved load support, enhanced track stability, reduced maintenance requirements, and increased durability, making it a reliable solution for maintaining efficient and sustainable railway infrastructure.

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