Advanced geosynthetic materials

AquaBOX is a system of modular elements in the form of cylindrical half-rings made from a polypropylene-based composite. The elements are assembled together to provide a sealed underground tank.

Polymer sheet with anchors for protecting reinforced concrete against corrosion, chemical exposure and mechanical damage.

Reinforcing geogrid made of high-strength polyester yarns bonded into rectangular cells and impregnated with a special bitumen compound or PVC plastisol.

Waterproof bentonite mat for waterproofing and soil protection against chemicals due to the properties of bentonite clay.

Flexible fabric impregnated with dry concrete mix that hardens when wetted.

Seamless, fillable textile fabric used for waterproofing and erosion control

A geocomposite mat made of two layers of nonwoven organic fibre containing perennial grass seeds and nutrient mixtures.

“TEXPOLIMER” concrete facing blocks are designed for the external facing of reinforced soil structures.

Rapid-installation polymer underground tanks for water storage and infiltration into the ground.

Strip geodrains are designed to collect biogas in municipal solid waste landfills and accelerate consolidation of water-saturated foundation soil.

Three-dimensional rolled material with a random structure, used for erosion control.

A thin polymer sheet with uniform properties throughout its area for waterproofing, offering 100% impermeability.

Reinforced road geogrid with through-cells of a stable rectangular shape, designed to reinforce structures.

Flat oriented geogrids used as reinforcing layers in various areas of construction.

Seamless woven cylindrical geoshell produced using circular weaving technology and high-strength polymer yarns.

Three-dimensional polyester mesh with polymer coating for strengthening grass root systems and erosion protection.

A high-strength polymer material manufactured using a needle-punching process followed by high-temperature treatment.

Large containers made of woven geotextile fabric, designed to dewater suspensions of various origins.

Profiled PVC sheet piling with interlocks that vertically connect adjacent profiles to create a “wall in the ground”.

Profiled drainage geomembrane for simultaneous drainage and waterproofing

Drainage geocomposite mat with polymer rods arranged in a diamond pattern across three planes.

Composite drainage channels with a reinforced design for creating linear surface drainage

Lightweight polymer panels for constructing temporary access roads and platforms on sites with challenging geological conditions.

Three-dimensional synthetic geogrid consisting of polymer strips joined in a staggered pattern by ultrasonic welding.

Woven geotextile made from polyester, polypropylene or UHMWPE yarns for reinforcing soil and foundations and separating construction layers.

Roll material based on a woven backing and combination of yarns for reclamation and revegetation of disturbed land.

PE 100 high-density polyethylene (HDPE) pressure pipes are designed for potable water supply systems with a nominal pressure of up to 2.5 MPa.

Perforated drainage pipes made of PE 100 high-density polyethylene (HDPE) offer high strength, excellent flow capacity, and a long service life of up to 50 years.

PE gas pipes are designed for the safe underground transport of natural gas and other gas-air mixtures for industrial and domestic applications.

Perforated structured-wall polymer pipes for dewatering and drainage systems.

ТехноКобра pipes

Rapidly deployable protective polymer cover made of woven geotextile laminated with UV-stabilised polyethylene.