Geotubes Ultratubes
Geotubes Ultratubes. The geotubes are cylindrical three-dimensional systems made of robust and durable woven polypropylene, polyester or polyethylene geotextile, which is resistant to chemical exposure by acids and alkalies, biological exposure and UV radiation exposure. Structures based on geotubes can efficiently withstand high static and dynamic loads. In addition, the geotubes are an ideal solution for dehydration and storage of various materials, as the geotextile which is used to produce the geotubes has a high filtration factor.
The following types of Ultratube geotubes are available:
"SEAMLESS" ULTRATUBA GEOTUBES have a form of seamless sleeve and are produced on circular weaving machines from polypropylene fabric.
"STITCHED" ULTRATUBA GEOTUBES are made from durable woven geotextiles by stitching them at the factory. Stitched geotubes are produced according to the customer technical specifications (length, diameter, fabric strength). The stitched geotubes can have any diameter. The length can vary according to the specifications. Stitched geotubes have injection ports which allow to fill them using a pump or a metal filler. Also, stitched geotubes are equipped with loops for easy securing.
The following types of Ultratube geotubes are available:
"SEAMLESS" ULTRATUBA GEOTUBES have a form of seamless sleeve and are produced on circular weaving machines from polypropylene fabric.
"STITCHED" ULTRATUBA GEOTUBES are made from durable woven geotextiles by stitching them at the factory. Stitched geotubes are produced according to the customer technical specifications (length, diameter, fabric strength). The stitched geotubes can have any diameter. The length can vary according to the specifications. Stitched geotubes have injection ports which allow to fill them using a pump or a metal filler. Also, stitched geotubes are equipped with loops for easy securing.
By purpose: Drainage
By purpose: Filtering
By industry: Automotive construction
By industry: Railway construction
By industry: Bridge construction
By industry: Cleaning of water facilities
By industry: Industrial and civil construction
By industry: Airport construction
By industry: Construction of dams
By industry: Construction of weir
By industry: Construction of landfills
APPLICATIONS:
• Dehydration, purification, storage and disposal of liquid and watered substances
• Shoreline stabilization and construction of hydroengineering structures
• Reinforcement of building objects foundations
ADVANTAGES: Ultratuba geotubes allow to significantly reduce time, money and area expenses which are required to complete the project in comparison with traditional technologies and to avoid upsetting the ecological and natural balance.
• Dehydration, purification, storage and disposal of liquid and watered substances
• Shoreline stabilization and construction of hydroengineering structures
• Reinforcement of building objects foundations
ADVANTAGES: Ultratuba geotubes allow to significantly reduce time, money and area expenses which are required to complete the project in comparison with traditional technologies and to avoid upsetting the ecological and natural balance.
- Reduction of area required to implement the dehydration projects
- Reduction of dehydration projects implementation time
- Environmental safety, reduction of costs for storage and disposal of dehydrated substances in geotubes
- Reduction of the shoreline stabilization costs
- Reduction of the hydroengineering structures construction costs
IDENTIFICATION CODE EXAMPLE:
ULTRATUBA PP Geotube / 3×0.8 / 50×50, Standard 46487778-004-2019, where:
• ULTRATUBA Geotube is the product brand
• PP is the raw material identification (polypropylene)
• 3×0.8 are length and diameter, m
• 50×50 is the machine direction and cross-machine direction tensile strength of the tube, kN/m
• Standard 46487778-004-2019 is the organization standard number
ULTRATUBA PP Geotube / 3×0.8 / 50×50, Standard 46487778-004-2019, where:
• ULTRATUBA Geotube is the product brand
• PP is the raw material identification (polypropylene)
• 3×0.8 are length and diameter, m
• 50×50 is the machine direction and cross-machine direction tensile strength of the tube, kN/m
• Standard 46487778-004-2019 is the organization standard number
