• Polypropylene Mesh Fiber for Concrete Use System 1
  • Polypropylene Mesh Fiber for Concrete Use System 2
  • Polypropylene Mesh Fiber for Concrete Use System 3
  • Polypropylene Mesh Fiber for Concrete Use System 4
  • Polypropylene Mesh Fiber for Concrete Use System 5
Polypropylene Mesh Fiber for Concrete Use

Polypropylene Mesh Fiber for Concrete Use

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
2000 kg
Supply Capability:
100000 kg/month

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1. Introduction of Polypropylene Mesh Fiber for Concrete Use

Polypropylene mesh fiber, also called mesh type polypropylene fiber and PP fibermesh. With polypropylene as its raw material, PP fiber mesh is produced by a specialtechnology. It looks like a net-like structure with many PP monofilament. cross linked with each other.

As a new type of concrete reinforcement fiber, it is a new hot spot in application field of concrete fiber after steel fiber, polypropylene monofilament fiber.


2. Product Specification of Polypropylene Mesh Fiber for Concrete Use

Raw material                                      

polypropylene                                          

Type

Mesh

Fiber dia

0.1mm

Length

15,19, 38mm

Crack Elongation

≥15%

Density

0.91g/cm³

Melting point

160-170°C

Tensile Strength

≥550Mpa

Elastic Modulus

>3300Mpa

Resistance to Acid, Alkali

Strong

Water Absorbency

No


3. Product Features of Polypropylene Mesh Fiber for Concrete Use

Polypropylene fiber mesh, as the filling material of concrete, has the properties of good dispersibility, resistance to acid and alkali. The main functions are:

1). Increase the crack resistance of concrete;

2). Increase the seepage retansisce of concrete;

3). Increase the freezing & thawing resistance of concrete;

4). Increase the impact resistance of concrete;

5). Increase the durability resistance of concrete;

6). Increase the fire resistance of concrete;

7). Increase the tensile strength and bending strength of concrete;

8). Increase the plastic deformation ability of concrete.


4. Application of Polypropylene Mesh Fiber for Concrete Use

1). The surface of road, bridge, runway and floor of the factory.

2). Wall and roof of the tunnel and mine.

3). Dam, river, bridge pier, dock and military protection facilities.


5.FAQ

1. Which payment do you accept?

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

2. Is free sample available?

We can supply free samples if you need.

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



6. Product Photos of Polypropylene Mesh Fiber for Concrete Use


PP Fiber Mesh

PP Fiber Mesh


Q: How long do earthwork products typically last?
The lifespan of earthwork products can vary depending on factors such as the quality of materials used, environmental conditions, and maintenance. However, with proper installation and care, earthwork products can typically last for several decades.
Q: How are geosynthetic clay liners used in earthwork?
Geosynthetic clay liners (GCLs) are used in earthwork as a barrier system for containment applications. They are typically placed between layers of soil or other materials to prevent the migration of liquids, gases, or contaminants. GCLs consist of a layer of bentonite clay sandwiched between geotextile fabrics, providing both hydraulic and physical properties that enhance their effectiveness. They are commonly used in landfill caps, basins, ponds, and other construction projects where environmental protection is crucial.
Q: Are earthwork products suitable for bridge abutments and piers?
Yes, earthwork products are often suitable for bridge abutments and piers. Earthwork materials such as compacted soil, gravel, and rock can provide a stable foundation for bridge structures. These materials are often used for constructing embankments, retaining walls, and other support structures in bridge construction projects. However, the specific suitability of earthwork products may vary depending on factors such as soil conditions, load requirements, and engineering design considerations.
Q: Can earthwork products be used in slope stabilization projects?
Yes, earthwork products can be used in slope stabilization projects.
Q: What are the benefits of using geogrids in reinforced soil structures?
Using geogrids in reinforced soil structures offers several benefits. Firstly, geogrids provide enhanced stability to the soil by distributing and transferring loads, reducing the risk of slope failure or settlement. They can also increase the bearing capacity of the soil, allowing for the construction of structures on weak or soft ground. Additionally, geogrids improve the overall performance of the reinforced soil structure by preventing soil erosion and retaining the structure's shape. They also minimize differential settlement, which helps in maintaining the integrity and longevity of the structure. Furthermore, geogrids are cost-effective compared to traditional construction methods as they require less excavation, backfill material, and labor. They are easy to install, lightweight, and can be customized to fit specific project requirements. Overall, the use of geogrids in reinforced soil structures provides increased stability, improved performance, cost savings, and a longer lifespan for the structure.
Q: Civil engineering materials (building materials) which is the direction of civil engineering ah? structure? Geology Or what?
The so-called large civil. Refers to all water, soil, culture-related infrastructure planning, construction and maintenance. At present, the general civil works include roads, water services, drainage services, flood control works and transportation. In the past, all non-military civilian projects were classified into this class. However, as engineering science became more and more extensive, many of the original contents of civil engineering had become independent.
Q: How do earthwork products contribute to slope stabilization and erosion control on highways?
Earthwork products such as geotextiles, geogrids, and erosion control blankets are used in slope stabilization and erosion control on highways. Geotextiles, for example, function as filters and separators, preventing soil particles from migrating while allowing water to pass through. Geogrids reinforce soil and improve its stability, especially in steep slopes. Erosion control blankets provide temporary protection by reducing water velocity, promoting vegetation growth, and preventing soil erosion. Ultimately, these earthwork products play a crucial role in preventing slope failure, reducing erosion, and ensuring the long-term stability of highways.
Q: What are the structural forms of common buildings?
Frame-shear wall structure: the shear wall and the frame together to bear the vertical and horizontal role of the structure, also known as the framework of seismic structure. The difference between the structure of the frame and the frame structure is to increase the rigidity and integrity of the building, and to make a part of the wall of the frame structure not to force the filling wall to bear the wind and seismic level load of reinforced concrete wall. Used to build high-rise and high-rise buildings.
Q: Can earthwork products be used in underground storage tank construction?
Yes, earthwork products can be used in underground storage tank construction. These products, such as compacted soil, gravel, and geosynthetic materials, can be utilized for various purposes in underground storage tank construction, including providing stable foundations, preventing soil erosion, and enhancing the structural integrity of the tank.
Q: Are earthwork products suitable for use in underground drainage systems?
Yes, earthwork products are suitable for use in underground drainage systems. These products, such as geotextiles and geogrids, are commonly used to enhance the performance and longevity of underground drainage systems. They provide stability, filtration, and reinforcement to the soil, preventing erosion and improving the overall functionality of the system.

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