Woven Geotextile ULTRASTAB
It is a woven geofabric of various weaves obtained by weaving high-modulus polyester or polyamide yarns.
By purpose: Reinforcement
By purpose: Retaining walls
By purpose: Separation
By industry: Automotive construction
By industry: Railway construction
By industry: Bridge construction
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
By industry: Tunnels
ADVANTAGES:
APPLICATIONS:
• Road construction - foundation reinforcement, separation of structural layers
• Railway construction - ballast layer creation
• Reinforcement of various earthworks
• Hydraulic engineering - reinforcement of slopes
• Constructing embankments on weak foundations
• Slopes strengthening
• Reinforcement of slopes and scarps with a high gradient angle
• Retaining walls construction
• Separation of various structural layers
COMPLETED PROJECTS:
• Construction of the FIFA stadium as a part of preparation for the 2018 FIFA World Cup (Kaliningrad)
• Construction and reconstruction of the Kerch - Feodosia - Belogorsk - Simferopol - Bakhchisarai - Sevastopol Highway, VAD, JSC; TTS Rokada, LLC
• Total overhaul of the M-5 Ural Highway, DSK AVTOBAN, JSC
• Construction and reconstruction of the M-4 Don Highway from Moscow via Voronezh, Rostov-on-Don, Krasnodar to Novorossiysk, Transstroymekhanizatsiya, JSC; Mostotrest, PJSC
• Construction of the ZapSibNeftekhim Airport in Tobolsk, Sibur Holding; Zapsibneftekhim, LLC
• Runway construction at Sheremetyevo Airport, Terminal B, AGA, FSUE
• Protective dam construction at the north-western flank of S. Nurzhanov deposit, Kazakhstan, Transzhol-trade
• Construction of the bridge deck across the Ob River (4th bridge), Novosibirsk, TranStroy, LLC (part of VIS Group of Companies)
• M-11 Moscow-St. Petersburg Highway, EuroTransStroy, LLC
- Low creeping
- Mechanical and physical material properties
- Resistance to UV radiation and corrosive environments
- Equal strength factors under slight relative elongation
- Construction time reduction
- No special tools for material spreading are needed
- Overall reduction in the site construction costs
- Engagement of workers without special qualifications
APPLICATIONS:
• Road construction - foundation reinforcement, separation of structural layers
• Railway construction - ballast layer creation
• Reinforcement of various earthworks
• Hydraulic engineering - reinforcement of slopes
• Constructing embankments on weak foundations
• Slopes strengthening
• Reinforcement of slopes and scarps with a high gradient angle
• Retaining walls construction
• Separation of various structural layers
COMPLETED PROJECTS:
• Construction of the FIFA stadium as a part of preparation for the 2018 FIFA World Cup (Kaliningrad)
• Construction and reconstruction of the Kerch - Feodosia - Belogorsk - Simferopol - Bakhchisarai - Sevastopol Highway, VAD, JSC; TTS Rokada, LLC
• Total overhaul of the M-5 Ural Highway, DSK AVTOBAN, JSC
• Construction and reconstruction of the M-4 Don Highway from Moscow via Voronezh, Rostov-on-Don, Krasnodar to Novorossiysk, Transstroymekhanizatsiya, JSC; Mostotrest, PJSC
• Construction of the ZapSibNeftekhim Airport in Tobolsk, Sibur Holding; Zapsibneftekhim, LLC
• Runway construction at Sheremetyevo Airport, Terminal B, AGA, FSUE
• Protective dam construction at the north-western flank of S. Nurzhanov deposit, Kazakhstan, Transzhol-trade
• Construction of the bridge deck across the Ob River (4th bridge), Novosibirsk, TranStroy, LLC (part of VIS Group of Companies)
• M-11 Moscow-St. Petersburg Highway, EuroTransStroy, LLC
IDENTIFICATION CODE EXAMPLE: ULTRASTAB 600/100 Woven Geotextile, Standard 46487778-001-2015, where:
• ULTRASTAB is the geotextile brand
• 600/100 is the warpwise (machine direction) and fillingwise (cross-machine direction) tensile strength of the material, respectively, kN/m
• Standard 46487778-001-2015 is the organization standard number
• ULTRASTAB is the geotextile brand
• 600/100 is the warpwise (machine direction) and fillingwise (cross-machine direction) tensile strength of the material, respectively, kN/m
• Standard 46487778-001-2015 is the organization standard number
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