PP Plastic Geogrid Production Line

• Customization: Available
• After-sales Service: 30 Years
• Warranty: 50 Year
• Model NO.: JS-TGSG 6000
• Plastic Processed: PE
• Product Type: Extrusion Molding Machine
• Feeding Mode: Multiple Feed
• Assembly Structure: Integral Type Extruder
• Screw: Single-Screw
• Engagement System: Intermeshing
• Screw Channel Structure: Deep Screw
• Exhaust: Exhaust
• Automation: Automatic
• Computerized: Computerized
• Screw Dia.: 180
• L/D Ratio: 33:1
• Single-Direction Product Width: 2000 mm
• Bi-Direction Product Width: 6000 mm
• Single-Direction Mesh Size: 35, 50, 80, 120, 160, 200
• Bi-Direction Mesh Size: 15, 20, 25, 30, 40, 45
• Transport Package: Stretching Film
• Specification: 250T
• Trademark: JS
• Origin: Jiaxing, China
• HS Code: 8477209000
• Production Capacity: 20 Sets/Month
• Package Size: 11000.00cm * 1500.00cm * 500.00cm
• Package Gross Weight: 380000.000kg

Product Description

    Jiaxing Junsheng Machinery is a comprehensive brand enterprise, integrating with design, development, manufacture, sales and service together. It is specializing in the production of plastic molding machines and auxiliary equipment, packaging machinery, high frequency equipment, ultrasound equipment, drainage plate equipment, drainage plate and welding machine etc.
    PE drainage plate rolling suction machine has reached the international advanced level, filling the blank of such equipment in China. The production technology and major electronic components come from international brand manufacturers in Japan, Britain, Taiwan and other countries.

 

Brief Introduction:

Controlled by PLC, Junsheng geogrid line realizes remote control, convenient, accurate, and reliable.
Longitudinal stretching part adopts hot stretching rollers, Transversal stretching part is heated by hot
air generated from the heat exchanger heated by the hot oil.
So, the final single-direction geogrid and bi-direction geogrid is uniformity and high quality.

Geogrid is widely used in fields of water-conservancy, highway, railway, coal mining, and architecture.
It is used to build and protect the dam and reinforce the roadbed of the expressway and railway.
Also used as the flood prevention net, dust-block and wall-protection net, and the mine top net, etc.

Application Areas:

1. Reinforcement and anti-cracking of roadbed and pavement.
Geogrid can increase the bearing capacity of the roadbed, extend the service life of the roadbed, prevent the road surface from collapsing or cracking, and keep the ground beautiful and neat.123

2. Stabilization and protection of slopes and berms.
Geogrid can enhance the shear and slip resistance of soil slopes, prevent soil erosion, and support the stability of slope grass mesh mats to green the environment.

3. Reinforcement and reinforcement of culverts and tunnels.
Geogrid can prevent cracks in culverts, improve the bearing capacity and durability of culverts, and enhance the stability and safety of tunnels.

4. Reinforcement and seepage control of dams and reservoirs.
Geogrid can improve the scour resistance of embankment dams, reduce the deformation and settlement of embankment dams, and prevent leakage and collapse of reservoirs.

5. Soft foundation treatment and reinforcement for sea enclosure and deep sea operation. Geogrid can improve the bearing capacity and stability of soft foundation, reduce the compression and settlement of soft foundation, adapt to the harsh environment of deep-sea operation, and resist the erosion and corrosion of seawater.

Geogrid Machine:

Bidirectional geogrid

Bidirectional geogrid is made of high molecular polymer through extrusion, plate forming and punching processes and then stretched longitudinally and transversely. The material has great tensile strength both longitudinally and transversely. This structure can also provide an ideal interlocking system for more effective force bearing and diffusion in the soil, and is suitable for large-area permanent bearings foundation.

Unidirectional geogrid

Unidirectional geogrid is made by extruding polymers into thin plates, punching regular holes, and then stretching them longitudinally. In this process, the polymers are brought into a directional linear state and formed into uniformly distributed and high node strength structures. Long elliptical network-like integral structure. This structure has very high tensile strength and tensile modulus.