Plastic Geocell Ultrasonic Welding Machine making PE 3D geocell
Plastic Geocell Sheet Extrusion and Ultrasonic Welding Machine
It's composed by 2 step machines:
1st - plastic sheet machine (another extrusion machine, work together)
2nd - ultrasonic welding machine
Plastic Sheet Machine models (another extrusion machine, work together):
- 90mm single screw extruder
- 120mm single screw extruder
- Online punch system
- Online split unit or winder
Ultrasonic Welding Machine:
- Automatic or semi-automatic
- Welding heads: 1-22 heads, according to different requirements
Plastic Geocell Production Line
Brief Introduction:
1.Junsheng plastic geocell production line can produce the plastic geocell with thickness from 0.8 to 3mm,
smooth or embossing surface, with holes or without holes.
2.Geocell System can be filled with a wide range of material: aggregate, concrete, sand, soil , etc.
3.Geocell is widely used for soil stabilization; to help improve the performance of standard construction
materials and erosion-control treatments. So, it's mainly used in fields of erosion control, load support,
slope protection, channel protection, retaining wall, ground stabilization and slope protection applications.
Full-automatic Geocell Welding Machine
Brief Introduction:
1.PLC control and imported piezoelectric ceramic transducer, output is highly and stability;
2.Floating feeding bracket, to keep operating height (don't need operator bend down), operation is
more easy;
3.Independent units (frame, generator, retaining clip etc.), the welding pitch will be easy to be adjusted;
4.New type welding horn structure, life time is longer, welding strengthen is better;
5.The distance between center of horn and frame is reduced, the equipment's rigidity is better;
6.Max. height of geocell can reach to 300 mm;
7.When width of strip less than half of max. geocell height, the 2 strips can be welded at the same
time,efficiency is double.
The application of geocell in English is a topic that involves the use of three-dimensional cellular structures made of polymeric materials to improve the performance of soil and other materials in various engineering projects.
Geocell can be used for load support, earth retention, erosion control, soil stabilization, channel protection, and structural reinforcement.
Some of the benefits of geocell include reducing the thickness of pavement layers, increasing the bearing capacity of soft soils, enhancing the drainage and permeability of infill materials, preventing the loss of topsoil and vegetation, and providing flexibility and durability under dynamic loads and environmental conditions.
Some of the challenges of geocell include the selection of appropriate materials, design methods, installation techniques, and quality control measures.
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