Areas of application

Monolithic industrial floor of all types (warehouses, hangars, production premises, shopping centers, logistics complexes, supermarkets, livestock farms and poultry farms, parking lots, gas stations and other commercial and infrastructure facilities)

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Arrangement of foundation slabs and strip foundations on an elastic basis – both for industrial and agricultural facilities, and in low-rise cottage construction (up to 4 floors)

Use for the installation of monolithic reinforcing belts (inter-floor, under-roof) – reliably protects against the occurrence of cracks and other defects on the walls and foundation. Increases spatial rigidity and evenly distributes the load

Reinforcement of flat roofs of residential, industrial, sports and other commercial and infrastructure facilities

Arrangement of concrete driveways, unloading areas, technological platforms, ramps and other elements for efficient maintenance of industrial, commercial, logistics and civil facilities

Arrangement of various concrete structures and foundations in agro-industrial construction: silos, concrete foundations of granaries and reservoirs, sedimentation tanks, technological areas, technical maintenance stations, garages, for the full operation of agricultural enterprises

Composite mesh reinforcement of multilayer masonry, both brick and block – to strengthen the load-bearing capacity and integrity of structures, preventing the formation of cracks

Wall reinforcement from foam concrete, aerated concrete, expanded clay blocks

Composite mesh reinforcement of all types of concrete screeds, including screeds for warm floors, both electric and water, to prevent the formation of cracks during operation

Arrangement of concrete foundations and columns for fences and fences, reinforcement of small concrete structures (concrete rings for wells, manholes, railway sleepers, slabs and columns of block concrete fences)

For concreting foundations for car washes, boiler rooms, minimarkets, trade pavilions, kiosks, etc.

Composite mesh for use in all types of protective screeds of concrete structures that function in aggressive environments (in contact with water, service stations, car washes, artificial reservoirs, chemical tanks, floors of agricultural productions, poultry farms, farms, etc.)

Reinforcement of road surfaces (to fight against the destruction of the edge of the road surface adjacent to the curb, in order to prevent the appearance of cracks and ruts and premature destruction of the road surface), reinforcement of road construction elements (drainage channels, lying policemen, road fences, foundations of noise protection screens, separators, strengthening of slopes, in supporting walls of anti-slide protection)

Construction of bridges, tunnels, subways, railway crossings, airfield runways

Construction of structures for strengthening the shore (port facilities, piers, dams, breakwaters, quays, strengthening emergency shores to prevent the destruction of nearby structures and communications)

Arrangement of a concrete base for high-quality laying of a decorative covering (paving tiles, cobblestones, specialized coverings of sports grounds, courts, etc.) to increase the level of integrity of the covering and significantly increase the service life

Reinforcement of underground tanks, collectors, oil collectors, tanks of water treatment facilities, chemical, oil refining and other objects of industrial infrastructure

Reinforcement of various structures in landscape construction and for the improvement of residential areas, both in the private and high-rise sectors, in public park areas (swimming pools, artificial reservoirs, fountains, retaining walls, terraces, ramps, small designer concrete architectural forms, decorative benches, flower beds, stairs, pedestrian tiles for lawns, outdoor paving and others)

As a complete replacement of structural reinforcement in frames when used in combination with steel reinforcement, where a steel structure is used as the strength base

The use of composite flexible ties for fastening thermal insulation during the insulation of buildings improves the thermal characteristics of the walls (due to the low coefficient of thermal conductivity of the composite rods)