• Plastic Steel  geogrid  50-50KN System 1
Plastic Steel  geogrid  50-50KN

Plastic Steel geogrid 50-50KN

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Steelplastic geogrid can be used widely in the earthwork engineering,such as the roadway,railway,earth bank,approach road,dock,retaining wall,flood dike,dam,mudflat treatment,freight yard,spoil area,airport,stadium,environment protection buildings,retaining wall,slope protection,and the road surface cracking resistance,etc.

Characteristic:

Large strength, small creep deformation, suitable for various environmental soils, and satisfies the usage of large retaining wall used in the high-grade roadway.

Improve the interlocking and the occlusion of the reinforcement supporting surface, increase the bearing capacity of the groundsill considerably, restrict the lateral displacement of the soil body effectively, and strengthen the stability of the groundsill.

Compared with the traditional geo-grid, it owns the advantages of large strength, strong bearing capacity, erosion resistance, aging resistance, large coefficient of friction, average eyelet, convenient to construct, and long service life, etc.

It is more applied to the deep-sea work and the bank reinforcement. It solves the technical problems radically, such as the low strength, bad erosion resistance and short service life caused by erosion of the sea water.

Avoid the constructional damage efficiently of the traditional geo-grid caused by grinding and breaking in the construction.

Property indexes of the high-strength metal plastic BX geogrid

Item

GSZ30-30

GSZ40-40

GSZ50-50

GSZ60-60

GSZ80-80

GSZ100-100

GSZ150-150

Tensile yield per linear meter≥(KN/m)

Vertical

30

40

50

60

80

100

150

Horizontal

30

40

50

60

80

100

150

Tensile stretch≤(%)

Vertical

3

Horizontal

3

Drawing force in 2% tensile stretch≥(KN/m)

Vertical

27

32

45

54

67

84

127

Horizontal

27

32

45

54

67

84

127

Width(m)

6m

Q:How do plastic nets impact the durability of products?
Plastic nets can significantly enhance the durability of various products. They provide additional strength, stability, and structural support, which helps in preventing deformation or damage to the products. By distributing the weight and stress evenly, plastic nets increase the load-bearing capacity and impact resistance of items. Moreover, they can protect products from external factors such as impact, abrasion, or pressure, thereby extending their lifespan and maintaining their integrity. Overall, plastic nets play a crucial role in improving the durability and longevity of a wide range of products.
Q:How do plastic nets help in controlling erosion?
Plastic nets help in controlling erosion by providing a protective layer over the soil, preventing it from being washed away by water or blown away by wind. These nets act as a physical barrier that traps sediment and retains moisture, allowing vegetation to take root and stabilize the soil. Additionally, they help to reduce the velocity of water runoff, minimizing the impact of raindrops on the soil surface and preventing the formation of gullies.
Q:Can plastic nets be used for packaging toys and games?
Yes, plastic nets can be used for packaging toys and games. Plastic nets provide a durable and protective packaging solution that allows for visibility of the product while ensuring it is securely packaged.
Q:Can plastic nets be used for creating filtration systems?
Yes, plastic nets can be used for creating filtration systems. They are commonly used in various applications such as water filtration, air filtration, and industrial filtration. Plastic nets are lightweight, durable, and can effectively trap particles while allowing for the smooth flow of fluids or gases. They can be easily customized and are cost-effective compared to alternative materials.
Q:How do plastic nets help in preventing bird damage to crops?
Plastic nets act as a physical barrier that prevents birds from accessing crops, thus reducing the chances of bird damage. The nets create a visual deterrent and restrict birds from reaching the crops, preventing them from feeding on fruits, vegetables, or grains. This protective measure helps in safeguarding the yield and minimizing economic losses caused by bird-related crop damage.
Q:Are plastic nets used in the production of flower arrangements?
Yes, plastic nets are commonly used in the production of flower arrangements. They are often used to hold the flowers in place and provide support, ensuring that the arrangement maintains its desired shape and structure.
Q:What materials are plastic nets made from?
Plastic nets are typically made from various polymers such as polyethylene, polypropylene, or nylon.
Q:How do plastic nets provide support for sports fields?
Plastic nets provide support for sports fields by acting as a barrier that holds the infill material in place, preventing it from shifting or spreading unevenly. This helps to maintain a level surface and provides stability for athletes during gameplay. Additionally, these nets can also serve as a protective layer to prevent erosion and control weed growth, ensuring the longevity and quality of the sports field.
Q:How do plastic nets compare to rubber mesh materials?
Plastic nets and rubber mesh materials have some similarities but also notable differences. Both materials are commonly used for various applications such as packaging, sports equipment, and industrial purposes. Plastic nets are typically made from synthetic polymers like polyethylene or polypropylene, while rubber mesh materials are usually composed of rubber compounds. In terms of strength and durability, plastic nets tend to be more resilient and resistant to wear and tear compared to rubber mesh materials. Plastic nets are also often more lightweight and have higher tensile strength, making them suitable for applications that require higher load-bearing capacity or protection against impact. On the other hand, rubber mesh materials offer greater flexibility and elasticity, allowing them to conform to irregular shapes more easily. Rubber mesh can stretch and bounce back to its original form, making it ideal for applications that require shock absorption or impact resistance, such as protective padding or sports equipment. Additionally, plastic nets are generally more cost-effective and easier to mass-produce compared to rubber mesh materials. Plastic nets can be manufactured in various sizes and configurations, providing versatility and customization options. Rubber mesh materials, however, are usually more expensive and require specialized manufacturing techniques. Ultimately, the choice between plastic nets and rubber mesh materials depends on the specific requirements of the intended application. Factors such as strength, flexibility, cost, and manufacturing feasibility need to be considered to determine the most suitable material for the given purpose.
Q:What are the different thicknesses of plastic nets available?
The different thicknesses of plastic nets available can vary depending on the specific application and manufacturer. Generally, plastic nets can range in thickness from lightweight options around 0.5mm to heavier-duty variants up to 3mm or more.

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