PRODUCTS
NON-WOVEN GEOTEXTILE
TME GeoTech PP Non-Woven Geotextile
TME GeoTech Non-Woven Geotextile, 100% polypropylene staple filament, highly needled and recommended for a range of geotechnical applications including separation, filtration and reinforcement procedures. High strength, aging resistance, acid and alkali resistance, abrasion resistance, good flexibility, easy construction, widely used in garbage disposal sites, river treatment, slope protection, road maintenance, artificial lake bottom waterproof layer, etc.
Applications
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Road construction
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Landfill liners
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Drainage systems
Technical Features
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UV stabilized
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High elongation
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Chemical resistance
Advantages
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Long service life
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Lightweight and flexible
TME GeoTech PET Non-Woven Geotextile
TME GeoTech Non-Woven Polyester Geotextile has a certain degree of tear resistance and deformation adaptability due to its soft fibers, as well as good flat drainage ability, which can play a good role in filtering, isolation, reinforcement, protection, and other functions. Polyester short fiber non-woven geotextile is suitable for soil filtration, soil separation, soil reinforcement and other engineering projects.
Applications
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Reinforcement applications
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Embankments
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Railways
Technical Features
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High tensile strength
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Low creep
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Excellent durability
Advantages
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Superior load distribution
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Long-term performance
TME GeoTech Needle Punched Geotextile
TME GeoTech Needle Punched Geotextile is mechanically bonded to provide enhanced thickness, puncture resistance and filtration capacity. Designed for demanding geotechnical applications, it ensures long-term performance in drainage systems, landfills and road subgrades.
Applications
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Drainage systems
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Separation layers
Technical Features
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Thick and porous structure
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High puncture resistance
Advantages
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Excellent filtration
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Durable performance
TME GeoTech Thermally Bonded Geotextile
TME GeoTech Thermally Bonded Geotextile features a smooth surface and controlled permeability, making it suitable for lightweight separation and asphalt overlay applications. Its uniform structure ensures consistent performance and easy installation.
Applications
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Asphalt overlay
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Lightweight separation
Technical Features
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Smooth texture
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Uniform thickness
Advantages
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Lightweight
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Cost-efficient
WOVEN GEOTEXTILE
TME GeoTech PP Woven Geotextile
TME GeoTech PP Woven Geotextile is manufactured from high-strength polypropylene tapes to provide excellent soil stabilization and reinforcement performance. It offers high tensile strength, low elongation and long service life for road construction and embankment projects.
Applications
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Road base stabilization
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Embankments
Technical Features
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High tensile strength
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Low elongation
Advantages
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Strong reinforcement
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Long service life
TME GeoTech PET Woven Geotextile
TME GeoTech Polyester Woven Geotextile is designed for high-load reinforcement applications. With superior tensile strength and low creep behavior, it provides reliable long-term structural stability in infrastructure and industrial projects.
Applications
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Heavy load embankments
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Railway subgrades
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Container yards
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Industrial pavements
Technical Features
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High tensile strength
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Low creep behavior
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Excellent dimensional stability
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UV resistant
Advantages
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Long-term reinforcement performance
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Suitable for high load conditions
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Increased bearing capacity
TME GeoTech Slit Film Woven Geotextile
TME GeoTech Slit Film Woven Geotextile is an economical and effective solution for separation and stabilization. Manufactured from flat polypropylene yarns, it prevents soil intermixing while maintaining structural integrity.
Applications
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Road base separation
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Temporary access roads
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Soil stabilization projects
Technical Features
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Manufactured from flat polypropylene tapes
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Moderate tensile strength
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Low elongation
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Lightweight structure
Advantages
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Cost-effective solution
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Easy handling and installation
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Prevents soil intermixing
TME GeoTech Monofilament Woven Geotextile
TME GeoTech Monofilament Woven Geotextile provides superior filtration performance with high water flow capacity. Its durable structure ensures long-term drainage efficiency in coastal, environmental and civil engineering applications.
Applications
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Drainage systems
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Coastal engineering
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Erosion-prone areas
Technical Features
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High water flow rate
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Excellent filtration capacity
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UV stabilized
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High puncture resistance
Advantages
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Superior filtration performance
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Long-term clogging resistance
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Ideal for drainage-focused designs
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TME GeoTech PET High Strength Woven Geotextile
TME GeoTech High Strength Woven Geotextile is engineered for critical reinforcement projects requiring maximum tensile performance. It delivers exceptional load-bearing capacity and durability in demanding infrastructure environments.
Applications
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Retaining walls
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High embankments
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Reinforced soil structures
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Infrastructure projects
Technical Features
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Extremely high tensile strength
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Low elongation
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High modulus performance
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Long-term durability
Advantages
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Maximum soil reinforcement
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Designed for critical engineering projects
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Reduces construction thickness
TME GeoTech PP High Strength Woven Geotextile
TME GeoTech High Strength Polyproplene Woven Geotextile is engineered for critical reinforcement projects requiring maximum tensile performance. It delivers exceptional load-bearing capacity and durability in demanding infrastructure environments. Resisting acid and alkaline, anti-deformation, good drainage and separation easy for construction.
Applications
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Retaining walls
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High embankments
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Reinforced soil structures
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Infrastructure projects
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Dam, Tunnel, Highway
Technical Features
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Extremely high tensile strength
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Low elongation
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High modulus performance
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Long-term durability
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Resisting acid and alkaline
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Anti-deformation
Advantages
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Maximum soil reinforcement
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Designed for critical engineering projects
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Reduces construction thickness
GEOGRIDS
TME GeoTech Uniaxial Geogrid
TME GeoTech Uniaxial Geogrid is designed to provide high tensile strength in one primary direction, making it ideal for retaining walls, steep slopes and reinforced soil structures. It ensures long-term stability and improved soil confinement.
Applications
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Reinforced soil retaining walls
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Steep slope stabilization
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Bridge abutments
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Embankment reinforcement
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Landfill reinforcement
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Heavy load platforms
Technical Features
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High tensile strength in one primary direction
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Low creep characteristics for long-term stability
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Manufactured from high-quality polymer (HDPE or PP)
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Excellent resistance to chemical and biological degradation
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UV stabilized
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High junction strength
Advantages
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Provides superior soil reinforcement in one direction
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Increases load-bearing capacity
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Reduces required fill thickness
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Long-term structural durability
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Cost-effective solution for retaining structures
TME GeoTech Biaxial Geogrid
TME GeoTech Biaxial Geogrid offers balanced strength in both longitudinal and transverse directions. It enhances load distribution and subgrade stabilization in road and pavement construction projects.
Applications
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Road base stabilization
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Parking areas
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Industrial yards
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Railway subgrade reinforcement
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Working platforms
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Pavement reinforcement
Technical Features
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High tensile strength in both longitudinal and transverse directions
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Rigid node structure for load distribution
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Excellent interlock with granular materials
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Resistant to environmental conditions
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Lightweight and easy to install
Advantages
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Improves bearing capacity of weak soils
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Reduces rutting and differential settlement
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Extends pavement service life
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Decreases aggregate usage
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Fast and economical installation
TME GeoTech Triaxial Geogrid
TME GeoTech Triaxial Geogrid features a triangular aperture structure that provides multi-directional load resistance. It is ideal for heavy traffic areas requiring superior stabilization performance.
Applications
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High-traffic roads
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Airports and port areas
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Heavy-duty platforms
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Container yards
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Industrial infrastructure projects
Advantages
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Multi-directional triangular aperture structure
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Optimized load distribution in 360° directions
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High stiffness and structural integrity
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Excellent confinement of aggregates
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Long-term performance durability
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Advantages
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Superior load distribution compared to biaxial grids
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Maximizes aggregate confinement
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Reduces maintenance costs
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Extends design life of pavements
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High performance under dynamic loads
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TME GeoTech Polyester Geogrid
TME GeoTech Polyester Geogrid a high-performance uniaxial geogrid engineered for soil reinforcement in demanding geotechnical applications. Manufactured from high-tenacity polyester yarns and protected with a durable polymer coating, Those Geogrids provide exceptional tensile strength, low creep, and long-term stability. It is commonly used in reinforced soil walls, steep slopes, embankments, and ground improvement projects where reliable load transfer is essential.
Applications
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Reinforced soil walls
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Steep slopes
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Embankment reinforcement
Advantages
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Long-term structural stability
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Ideal for permanent structures
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High resistance to environmental stress
Technical Features
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High tensile modulus
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Low creep
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PVC coated options available
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Excellent durability
TME GeoTech Fiberglass Geogrid
TME GeoTech Fiberglass Geogrid is specifically developed for asphalt reinforcement applications. It prevents reflective cracking and extends pavement service life under heavy traffic conditions.
Applications
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Asphalt reinforcement
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Road rehabilitation
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Crack prevention systems
Advantages
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Prevents reflective cracking
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Extends pavement lifespan
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Reduces maintenance costs
Technical Features
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High tensile strength
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Low elongation
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Bitumen compatible coating
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Thermal stability
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GEOMEMBRANE
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TME GeoTech HDPE Geomembrane
TME GeoTech HDPE Geomembrane is a high-density polyethylene liner providing superior chemical resistance, UV stability and long-term containment performance. It is widely used in landfills, mining and water containment systems.
Applications
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Landfills
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Mining
Technical Features
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High tensile strength
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Low elongation
Advantages
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Strong reinforcement
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Long service life
TME GeoTech LDPE Geomembrane
TME GeoTech LDPE Geomembrane offers flexibility and moderate chemical resistance, making it suitable for agricultural ponds and secondary containment applications.
Applications
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Agricultural ponds
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Temporary containment
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Secondary lining systems
Technical Features
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Flexible structure
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Moderate chemical resistance
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Easy welding
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Lightweight
Advantages
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Cost-efficient
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Suitable for moderate applications
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Easy handling
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TME GeoTech LLDPE Geomembrane
TME GeoTech LLDPE Geomembrane combines flexibility with high elongation properties, ensuring reliable waterproofing performance in complex geometries and irregular surfaces.
Applications
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Landfill liners
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Mining heap leach pads
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Water reservoirs
Technical Features
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High flexibility
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Excellent elongation
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Chemical resistance
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UV stabilized
Advantages
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Ideal for irregular surfaces
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Strong puncture resistance
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Long service life
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TME GeoTech PVC Geomembrane
Geomembranes are highly durable synthetic liners widely used in civil, environmental, and geotechnical engineering projects. Manufactured primarily PVC, provide exceptional impermeability and chemical resistance, making them ideal for containment applications. Common uses include landfill liners, mining heap-leach pads, wastewater treatment facilities, and water reservoirs. Their long service life, UV stability, and superior mechanical properties.
Applications
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Decorative ponds
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Tunnels
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Water containment
Technical Features
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Highly flexible
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Easy heat welding
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Chemical resistance
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Smooth surface finish
Advantages
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Excellent adaptability
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Suitable for detailed installations
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Durable waterproofing
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TME GeoTech EPDM Geomembrane
TME GeoTech EPDM Membrane is a synthetic rubber liner offering exceptional elasticity and weather resistance, ideal for reservoirs, landscaping ponds and roofing applications.
Applications
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Water reservoirs
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Landscaping ponds
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Roof waterproofing
Technical Features
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Synthetic rubber composition
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Extreme weather resistance
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High elasticity
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UV resistant
Advantages
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Long lifespan
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Excellent flexibility
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Crack-resistant
GEOCOMPOSITE
TME GeoTech Geotextile + Membrane Composite
TME GeoTech Geotextile + Membrane Composite combines waterproofing and protection layers into a single integrated system, improving installation efficiency and mechanical protection.
Applications
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Waterproofing systems
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Landfills
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Tunnels
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Environmental containment
Technical Features
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Integrated barrier and protection layer
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Factory bonded structure
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High puncture resistance
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Excellent filtration
Advantages
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Faster installation
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Reduced material layering
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Increased protection performance
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TME GeoTech Geonet Composite
TME GeoTech Geonet Composite is engineered for high transmissivity drainage applications. Its three-dimensional HDPE structure ensures reliable long-term flow performance under load.
Applications
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Landfill leachate collection
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Subsurface drainage
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Mining operations
Technical Features
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HDPE geonet core
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High transmissivity
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Long-term durability
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Compression resistant
Advantages
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High flow under load
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Space-saving drainage solution
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Long service life
TME GeoTech Drainage Geocomposite
TME GeoTech Drainage Geocomposite integrates a high-flow geonet core with nonwoven geotextile filters to provide efficient subsurface drainage. It replaces traditional gravel layers while reducing installation time and cost.
Applications
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Retaining walls
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Landfills
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Green roofs
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Underground structures
Technical Features
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High flow capacity core
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Geotextile filter layers
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Lightweight
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Chemical resistant
Advantages
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Replaces thick gravel layers
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Reduces construction cost
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High drainage efficiency
GEOCELL
TME GeoTech HDPE Geocell
​Geocells are three-dimensional honeycomb-shaped geosynthetic structures designed to enhance soil stabilization and load distribution. Manufactured from high-density polyethylene (HDPE), they confine and reinforce granular materials, significantly improving bearing capacity and reducing settlement. Geocells are widely used in road construction, slope protection, retaining structures, and erosion control applications.
Applications
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Road base stabilization
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Slope protection
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Load support platforms
Technical Features
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3D honeycomb structure
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High tensile strength
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UV stabilized
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Welded HDPE strips
Advantages
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Soil confinement
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Reduces material usage
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Increases load capacity
TME GeoTech Perforated Geocell
TME GeoTech Perforated Geocell enhances drainage and vegetation interaction while maintaining soil confinement performance.
Applications
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Vegetated slopes
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Drainage applications
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Erosion control
Technical Features
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Perforated cell walls
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Improved drainage
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Enhanced root interaction
Advantages
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Better vegetation growth
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Increased shear resistance
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Improved water flow
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WATERSTOP
TME GeoTech PVC Waterstop
TME GeoTech Waterstop is a high-performance sealing solution designed to prevent water leakage through construction and expansion joints in concrete structures. Manufactured from premium-grade PVC, rubber, or hydrophilic bentonite materials, it provides reliable and long-term waterproofing protection in underground and hydraulic projects. The product ensures structural durability by blocking water penetration at critical joint points.
Applications
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Basements and foundation walls
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Tunnels and metro projects
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Water tanks and reservoirs
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Wastewater treatment plants
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Dams and hydraulic structures
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Retaining walls
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Concrete construction and expansion joints
Technical Features
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Manufactured from high-quality PVC, rubber, or sodium bentonite
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Excellent water tightness performance
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High tensile strength and elongation
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Resistant to chemicals, aging, and underground conditions
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Flexible structure for easy installation
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Available in center bulb, dumbbell, internal and external profiles
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Swelling capacity (for bentonite types) when exposed to water
Advantages
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Prevents water leakage at concrete joints
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Long service life and durability
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Suitable for high water pressure conditions
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Easy welding and installation (PVC types)
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Environmentally resistant material composition
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Cost-effective waterproofing solution
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Reduces long-term maintenance risks
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EROSION CONTROL PRODUCTS
TME GeoTech Turf Reinforcement Mat
TME GeoTech Turf Reinforcement Mat is a permanent synthetic erosion control system designed for high-flow and hydraulic stress environments.
Applications
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Slope stabilization
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Erosion control
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Trafficable grass areas
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Landscaping and sports fields
Technical Features
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UV-stabilized polypropylene fibers
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Open 3D structure
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High tensile strength
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Permeable and resistant to biological degradation
Advantages
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Prevents soil erosion
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Strengthens grass root system
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Long service life
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Low maintenance and easy installation
DRAINAGE PRODUCTS
TME GeoTech Drainage Pipe with Geotextile Wrap
TME GeoTech Drainage Pipe with Geotextile Wrap ensures efficient groundwater collection while preventing soil intrusion and clogging.
Applications
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Road and highway drainage
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Foundation drainage
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Retaining wall systems
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Agricultural drainage
Technical Features
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Perforated HDPE or PVC pipe
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Nonwoven geotextile filter wrap
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High water flow capacity
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Flexible and durable structure
Advantages
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Prevents soil intrusion
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Reduces clogging risk
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Ensures efficient drainage
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Quick and simple installation
