• Pond Liner Geosynthetic Clay Liner for Golf Course System 1
  • Pond Liner Geosynthetic Clay Liner for Golf Course System 2
  • Pond Liner Geosynthetic Clay Liner for Golf Course System 3
  • Pond Liner Geosynthetic Clay Liner for Golf Course System 4
Pond Liner Geosynthetic Clay Liner for Golf Course

Pond Liner Geosynthetic Clay Liner for Golf Course

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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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                                       Pond Liner Geosynthetic Clay Liner for Golf Course

 

 

 1,Detail Introduction

Our GCL is composed of 3 layers, the upper layer is nonwoven geotextile, while the lower layer is woven geotextile, natural sodium bentonite fills the gap between geotextile layers. The application with natural sodium bentonite can enlong the using life of construction. Our GCL creates a new green and environmental building material.

Geosynthetic Clay Liner

 

 

2,Feature OF GCL

(1) A permanent waterproof performance, and excellent water seepage performance, impermeability hydrostatic pressure up to 1.0MPa above, permeability coefficient 5 *10-9cm / s. Because the Department of Natural sodium bentonite inorganic materials, even after a long time or the surrounding environment changes, aging or corrosion does not occur.

 

(2) Has all the characteristics of geotextile material, such as separation, reinforcement, protection, filtration, simple construction and unrestricted construction environment temperature below 0 0 C also be construction. Just when construction GCL waterproof blanket tile on the floor, when the elevation or slope construction, with nails and washers to secure it, as required, can overlap.

 

(3) Easy to repair; Even after water (seepage) end of construction, such as waterproof layer accident damage, as long as the site of the damage to be a simple fix, can ever regain perfect waterproof performance.

 

(4)green: Bentonite is a natural inorganic material, harmless, non-toxic, no particular impact on the environment, with good environmental performance.


(5) simple construction period is short: and other waterproof materials, the construction is relatively simple, does not require heating and paste. Product width up to 6 meters, with international geotextile (film) to match the size, greatly improving the efficiency of construction.

 

(6) Integrated waterproof materials and objects: When sodium bentonite water, with 20-28 times the capacity expansion, even if the concrete structure vibration and settlement, bentonite GCL can repair cracks in the concrete surface less than 2mm.

GCL

 

3,Application of GCL


Landfills 

·      Mud   Pits

·      Lagoons 

·      Canals  

·      Bund   Lining

·      Tank   Lining

·      Fish   Farm Lining 

·      Roof   Lining 

·      Waste   Water Pits

·      Ponds   and Reservoirs

·      Dams 

·      Floating   Covers

·      Vertical   Cutoff Walls 

·      Hydraulic   Structure

·      Basement   Lining

·      Drip   Irrigation Ponds



4, Technical Data of GCL


Inspection Item

Testing Procedure

Technical Index

Bentonite mass for unit area

ASTMD5993

≥5.5kg/m2

Expansion coefficient

ASTMD5890

≥ 25mL/2g

Low temperature ductility

ASTMD5898

No impact at -35°C

Thickness

ASTMD5892

≥6.4mm

Tensile strength

ASTMD4632

≥5400N

Peel strength of concrete   face

ASTMD4632

≥3.0 KN/ m2

Peel strength

ASTMD4632

≥680N

Indicated flow

ASTMD5887

≤1 × 10-8m3/m2/sec

Hydrostatic pressure   resistance

ASTMD5888

≥70

Permeability

ASTMD5887

≤5 × 10-11m/sec

Extension rate

ASTMD5896

≥20

Puncture strength

ASTMD5894

≥635N



 FAQ:

  1. How many quantity for one 20'' container?

    About 5,000m2, 16rolls

  2. What's your delivery time?

    About 15-20days against deposit received

  3. . What's your package?

    Per roll with two pieces woven bag

    Geocomposite Clay Liner

    Geocomposite Clay Liner

 

Q:Civil engineering materials (building materials) which is the direction of civil engineering ah? structure? Geology Or what?
It is neither structural nor geotechnical, it is precisely the question of civil engineering materials (building materials) direction.
Q:Can earthwork products be used for reservoir construction?
Yes, earthwork products can be used for reservoir construction. These products, such as soil, clay, and gravel, are commonly used in the construction of reservoirs to create embankments, berms, and containment structures. The earthwork materials can help to stabilize the reservoir's foundations, control erosion, and provide lining for the reservoir basin.
Q:Can earthwork products be used in rain garden construction?
Yes, earthwork products can be used in rain garden construction. Earthwork products such as soil, mulch, and gravel can be used to create the necessary layers and structure in a rain garden, allowing water to infiltrate and be filtered through the soil. These materials help in controlling water runoff, preventing erosion, and promoting healthy plant growth in rain gardens.
Q:What are the different shapes and designs available for earthwork products?
There are various shapes and designs available for earthwork products, including but not limited to, rectangular, square, circular, triangular, trapezoidal, and irregular shapes. Additionally, earthwork products can be designed with various patterns, such as crisscross, zigzag, interlocking, or textured surfaces. These shapes and designs are tailored to meet specific construction requirements and provide effective erosion control and stability in different environments.
Q:How do geocomposites help in drainage systems?
Geocomposites help in drainage systems by providing effective and efficient water management solutions. They are designed with a combination of geotextiles and geonets, which allow for the quick and efficient removal of excess water from the soil. These composite materials enhance the drainage capacity of the system by preventing clogging, distributing the flow of water evenly, and filtering out any potential contaminants. Geocomposites also help in preventing soil erosion, maintaining the stability of the drainage system, and prolonging its lifespan.
Q:What is the purpose of using geosynthetic reinforcements in retaining wall construction?
The purpose of using geosynthetic reinforcements in retaining wall construction is to enhance stability and strength by improving soil retention and preventing soil erosion. These materials, such as geotextiles and geogrids, help distribute loads more evenly, increase the overall bearing capacity of the structure, and provide long-term durability. Additionally, geosynthetic reinforcements can reduce construction costs and environmental impacts compared to traditional methods, making them a preferred choice in retaining wall design and construction.
Q:Can earthwork products be used for stormwater management?
Yes, earthwork products can be used for stormwater management. They can be used to create retention ponds, swales, or other types of stormwater management systems to control and manage runoff, filter pollutants, and prevent erosion.
Q:How are retaining walls used in earthwork?
Retaining walls are used in earthwork to provide structural support and prevent soil from collapsing or eroding. They are built to hold back the lateral pressure of the soil, especially on slopes or uneven terrains, thereby stabilizing the land and creating flat surfaces for construction or landscaping purposes.
Q:How are geogrids used in pavement construction?
Geogrids are used in pavement construction to enhance the stability and strength of the pavement layers. They are typically placed between layers of soil or aggregate to provide reinforcement and prevent the spreading or shifting of these materials. Geogrids help distribute the load across the pavement surface, reducing the potential for cracking and improving overall durability.
Q:What is the purpose of using geocells in highway shoulder stabilization projects?
The purpose of using geocells in highway shoulder stabilization projects is to provide structural support and reinforcement to the soil, preventing erosion, and maintaining the integrity of the shoulder.

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