Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
Geocells (cellular confinement system) are flexible and high strength three-dimensional materials in the form of polymer plastic sheets firmly bonded together (ultrasonic welding). These sheets form cells of equal size arranged in a special order. When folded, the material has the form of compact module, easy to store and transport. When extended, the material transforms into correctly sized three dimensional cellular structure.
