Plastic Dimple Drainage Sheet Drainage Board

Plastic Dimple Drainage Sheet Drainage Board System 1

Plastic Dimple Drainage Sheet Drainage Board System 2

Plastic Dimple Drainage Sheet Drainage Board

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Loading Port:: Qingdao

Payment Terms:: TT OR LC

Min Order Qty:: 3000 m²

Supply Capability:: 500000 m²/month

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Specification

product name:

drainage board

other name:

dimple board

other name:

dimple drainage

material:

HDPE

roll length:

20m 30m 40m 50m

main specification1:

dimple height

main specification2:

board thickness

roll width:

1m 2m 3m

color:

white black brown green

Plastic Dimple Drainage Sheet Introduction

Plastic dimple drainage sheet is made of high molecular, produced by extrusion and adsorption. The tri-diamensional space can drain gas and fluid. It is multi-functional material, can form channels for water and gas easily, which is sound insulation and vibration isolation. In the field of civil construction can be widely used in building roof system layer overhead, planted roof drainage ventilation, basement waterproof system protection, thermal and moisture isolation of the interior surface, road and rail tunnel drainage protection. In the urban land, space, material resources are becoming scare today, plastic dimple drainage sheet to provide the most valuable option.

Plastic Dimple Drainage Sheet Application

Waterproofing system of road

Railway tunnel and underground

Basement of building

Roof garden

Other waterproofing and drainage construction works

Plastic Dimple Drainage Sheet Advantage

-Low cost, High efficiency

-Durable, anti age

-Chemical resistance

-Resistance to puncture of plant roots

-Diverse application

-Simple installation and quality guaranteed

Plastic Dimple Drainage Sheet Specifications

No.	Item	Technical Index
No.	Item	CMAX-H10-1.0	CMAX-H20-1.0	CMAX-H10-1.5	CMAX-H20-1.5	CMAX-H10-2.0	CMAX-H20-2.0
1	Board Thickness, mm	1.0	1.0	1.5	1.5	2.0	2.0
2	Depth of Dimple, mm	10	20	10	20	10	20
3	Tensile Strength, N/125px ≥	400	400	500	500	700	700
4	Elongation at Break, %	200	200	300	300	400	400
5	Tensile Strength of Three-dimensional, Kpa	400	320	450	370	500	420
6	Dimension Stability, %	±2
7	Low Temperature Bending	no creases in low temperature -35℃
8	Longitudinal Flow Capacity, cm3/s (water pressure 5KPa)	5.6	8.6	5.6	8.6	5.6	8.6
9	Longitudinal Flow Capacity, cm3/s (water pressure 350KPa)	15.2	18.2	15.2	18.2	15.2	18.2

Plastic Dimple Drainage Sheet photos

Plastic Dimple Drainage Sheet Drainage Board

FAQ

1. Which payment do you accept?

For you convenience, our payment can be L/C, TT

2. Is free sample available?

We can supply free samples. You'll just need to pay for express cost.

3. Why choose CNBM?

CNBM is short for China National Building Material Corporation, is a China state owned huge corporation, exported from 1984. CNBM own the largest geosynthetics production base about 667000m2 in China and have about 120production line for all geo materials. For geotextile, we have 38 production lines, our production capacity each day can be 300,000m2.

We passed CE certificate and reaches ASTM standard, have more than 120 customers in EU, USA, Ocean, Africa and all markets. We’ll be your reliable partner in quality and after sales service.

3. How about your quality?

We have strict quality control system, we make testing on incoming raw material and finished products. Your third party testing is also welcomed. With high quality, our products are used on government projects at home and abroad. Our product quality is accepted by clients from all over the world. Warmly welcome your samples requirement or trail order.

Q: What are the advantages of using geocells in earthwork?: Using geocells in earthwork offers several advantages. Firstly, geocells provide increased load-bearing capacity, allowing for more efficient and cost-effective construction. They distribute the load over a wider area, reducing the stress on the subgrade and preventing soil erosion. Secondly, geocells improve soil stabilization and prevent lateral movement. By confining the soil within the cells, they enhance the overall stability of the structure and prevent soil displacement, especially on sloping terrains. Thirdly, geocells are easy to install and require minimal maintenance. They are lightweight and can be quickly deployed, making them a convenient solution for temporary or permanent infrastructure projects. Lastly, geocells are environmentally friendly. They promote sustainable construction practices by reducing the need for excavation and transportation of materials. They can also be filled with recycled materials, further reducing the environmental impact of the project. Overall, the advantages of using geocells in earthwork include increased load-bearing capacity, soil stabilization, ease of installation, low maintenance, and environmental sustainability.

Q: Can earthwork products be used in greenway development?: Yes, earthwork products can be used in greenway development. Earthwork products such as soil, gravel, and mulch can be utilized for landscaping, trail construction, erosion control, and other environmental enhancements in greenway projects. These materials help with grading, drainage, and stabilizing the terrain, creating a sustainable and functional greenway for recreational and ecological purposes.

Q: What are the key factors to consider when designing with geosynthetics in earthwork?: When designing with geosynthetics in earthwork, there are several key factors that need to be considered. Firstly, it is important to understand the specific requirements of the project and the desired outcome. This involves considering the type of geosynthetic material that will be most suitable for the desired application. Secondly, the soil conditions and site characteristics play a crucial role in the design process. Factors such as soil type, moisture content, and slope stability need to be evaluated to determine the appropriate geosynthetic design and installation techniques. Additionally, the anticipated loads and stresses that will be exerted on the geosynthetic material should be carefully analyzed. This includes considering factors such as traffic loads, hydraulic pressures, and potential settlement. Furthermore, the compatibility and interaction between the geosynthetic material and other components of the earthwork system, such as soil, aggregates, and drainage systems, must be assessed. This ensures that the geosynthetic functions effectively and integrates well within the overall design. Lastly, considering construction and maintenance aspects is crucial. The proper installation techniques, quality control measures, and long-term durability of the geosynthetic material should be taken into account to ensure the success of the project. In summary, the key factors to consider when designing with geosynthetics in earthwork include project requirements, soil conditions, anticipated loads and stresses, material compatibility, and construction and maintenance considerations.

Q: Can earthwork products be used for bridge construction?: Yes, earthwork products can be used for bridge construction. Earthworks involve the manipulation of soil and other natural materials, and these materials can be utilized for various aspects of bridge construction, such as embankments, approaches, and abutments.

Q: What are the different types of erosion control mats?: There are several types of erosion control mats available, including straw mats, coconut fiber mats, biodegradable erosion control blankets, and synthetic erosion control mats.

Q: Can earthwork products be used for constructing swimming pools?: Yes, earthwork products can be used for constructing swimming pools. Earthwork materials such as excavation, grading, and compacted soil can form the foundation for the pool. Additionally, retaining walls made from earthwork products can be used to create the structure and support the pool walls.

Q: What are the benefits of using geocells in green roof gardens?: Geocells offer several benefits when used in green roof gardens. Firstly, they provide structural support and reinforcement to the soil, preventing erosion and soil compaction. This helps to maintain the stability of the green roof and prolong its lifespan. Additionally, geocells promote proper drainage and water retention, ensuring that excess water is efficiently drained and retained for plant use, reducing the risk of waterlogging. Moreover, the cells create a barrier that prevents soil mixing and root intrusion, enhancing the overall health and longevity of the vegetation. Finally, geocells can be easily installed and are cost-effective, making them a practical choice for implementing green roof gardens.

Q: How do earthwork products enhance soil fertility?: Earthwork products enhance soil fertility by improving the physical, chemical, and biological properties of the soil. These products, such as compost, organic matter, and biochar, add essential nutrients, enhance water retention, improve soil structure, and promote beneficial microbial activity. By replenishing nutrients, increasing soil organic matter, and creating a favorable environment for plant growth, earthwork products contribute to the overall health and fertility of the soil, ultimately resulting in higher crop yields and improved agricultural sustainability.

Q: What is the lifespan of earthwork products?: The lifespan of earthwork products can vary depending on various factors such as the quality of materials used, proper installation, and regular maintenance. Generally, if constructed and maintained properly, earthwork products like retaining walls, slopes, and embankments can last for several decades or even longer. However, environmental conditions, natural wear and tear, and other external factors can also impact their lifespan.

Q: Can earthwork products be used for embankment stabilization?: Yes, earthwork products can be used for embankment stabilization. Earthwork products, such as geotextiles, geomats, and geogrids, are commonly used in civil engineering projects to reinforce and stabilize embankments. These products help to prevent erosion, improve soil stability, and increase the overall strength and durability of the embankment.

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