The claimed characteristics of the materials sold by us may differ only for the better
Bentonite geomat ASL
Usage: Construction of open-cut tunnels, Drainage of retaining walls, Industrial waste dumps, Landfills, Protection against radon and methane, Replacement of deck flooring, Reservoir, Sludge dumps, Tombs of toxic and radioactive waste, Tunnel construction in a closed way
- Bentonite geomat ASL – in contrast to the standard bentonite mat AS is equipped with a fourth layer – LDPE membrane thickness from 0.2 to 0.6 mm. Used in cases with increased requirements for the environment, or for the installation of dumps of toxic and radioactive materials.
Index АС 50 АС 100 АСL 50 АСL 100 Coefficient of filtration at 200 kPa
perpendicular to the plane, m / s, not more than
in the plane direction, m / s, not more than3,0×10-11
3,0×10-111,5×10-11
1,5×10-110.0
3,0×10-110.0
1,5×10-11Degree of swelling, ml / 2g, not less than 24 24 24 24 Surface density of bentonite mat, kg / m2, ± 10 3.9 5.2 4.1 5.4 Tensile strength (along / across), kH / m, not less than 12/10 12/10 12/10 12/10 Adhesion strength, N / m, not less than 400 400 400 400 Resistance to hydrostatic pressure, atm, not less than 5 6 5 6 The thickness of the material at a load of 2 kPa, mm, ± 10% 6.0 6.4 6.2 6.6 Bitumen-polymer hermetic №42 (BP)
Usage: Airport, Parking of cars, Reconstruction of roads, Strengthening of asphalt-concrete seam, Waterproofing of bridges, Waterproofing of expansion joints, Waterproofing of industrial seams, Waterproofing of road surfaces
Bitumen-polymer sealant Technonikol No. 42 is a one-component material consisting of oil bitumen, modified with rubber and technological additives. Available in three versions, depending on climatic zones: BP-G25, BP-G35, BP-G50. A sealant is used in road construction to seal expansion joints in highways, runways of aerodromes and highways.
The name of indicators Unit. measurements Value Test method BP-G25 BP-G35 BP-G50 Softening temperature, not lower than 0С 90 90 90 Flexibility on the rod Æ 20 mm, not higher 0С -25 -35 -50 Relative elongation at the moment of rupture, not less than at -20 ° C % 75 75 75 -||- Temperature of stickiness, not less than 0С 50 50 50 -||- Stamina, number of cycles, no less than – 30000 30000 30000 -||- Water absorption, not more than % 0,2 0,2 0,2 -||- Change in properties under UV irradiation, not more than ч 1000 1000 1000 -||- Bituminous polymer polymeric Albizol (BP)
Usage: Airport, Parking of cars, Reconstruction of roads, Strengthening of asphalt-concrete seam, Waterproofing of bridges, Waterproofing of expansion joints, Waterproofing of industrial seams, Waterproofing of road surfaces
Bituminous polymer polymeric Albizol (BP) – produced at the Kostroma waterproofing materials plant, is an improved and more inexpensive modification of the bituminous polymer sealant Technonikol (higher adhesion, higher softening point, more UV stabilizers). It is used to seal expansion joints, to rehabilitate temperature and strength cracks in cement concrete, asphalt and concrete and polymer-concrete coatings of roads, bridges, aerodromes (there is an experience of Albizol application both at civil airfields and military ones)
The name of indicators Unit. measurements Value BP-G25 BP-G35 BP-G50 Softening temperature, not lower than 0С 100 100 100 Flexibility on the rod Æ 20 mm, not higher 0С -25 -35 -50 Relative elongation at the moment of rupture, not less than at -20 ° C % 75 150 200 Temperature of stickiness, not less than 0С 50 50 50 Stamina, number of cycles, no less than – 30000 30000 30000 Water absorption, not more than % 0,5 0,5 0,5 Change in properties under UV irradiation, not more than h 1000 1000 1000 Disc hermetic sealing D-30/40
Usage: Sealing of technological holes in the formwork
Disclader 30/40 is a universal device for sealing technological holes with a diameter of 30-35 mm from elements of buildings and structures for various purposes, including hydraulic structures with a head up to 200 water columns. This drive is designed for a technological hole with a diameter of 30 + 2 mm, the installation must be carried out with a screwdriver with a torque of at least 20 Nm. (M8 tightening bolt)
Disc hermetic sealing D-32/50
Usage: Sealing of technological holes in the formwork
Disclader 32/50 is a universal device for sealing technological holes with a diameter of 32 + 3 mm from elements of buildings and structures for various purposes, including hydraulic structures with a head up to 200 water columns. This diskulder is designed for a technological hole diameter of 32 + 3 mm, the installation should be carried out with a screwdriver with a torque of at least 30 Nm. (M10 tightening bolt)
Drainage pipe HDPE perforated double without geotextile SN6
Usage: Deep drainage, Horizontal reservoir drainage, The device of drainage systems
Double drainage perforated pipe without geotextile with a stiffness class SN6 is suitable for the installation of drainage systems, where the water entering the drainage pipe is already filtered from the content of small particles in the ground. The stiffness class of the drainage pipe allows it to be used in a drainage system of medium depth (up to 6 meters).
- Available pipe diameters (mm): 63, 93, 110, 160, 200. Under the order (from 1000 lm): 240, 300, 350, 400
- Maximum depth (m): 6 m
Drainage pipe HDPE perforated double without geotextile SN8
Usage: Deep drainage, Drainage of retaining walls, Horizontal reservoir drainage, Scaffolding, The device of drainage systems
Drainage perforated pipes with the SN8 stiffness mark (used at a depth of up to 8 meters) are produced only in the version without a filter, the use of this perforated pipe implies the arrival of already filtered water flow into the pipe. The strength of the pipe allows it to be used at a depth of more than 8 meters
- Available pipe diameters (mm): 110 with bell, 117/100, 175/150, 160 with bell, 233/200, 200 with bell, 292/250, 250 with bell, 368/315, 250, 315, 400, 500, 630.
- Maximum depth (m): 8
Drainage pipe HDPE perforated with geotextile ProDren SN4
Usage: Scaffolding
The drainage pipe HDPE in geo-textiles ProDren – designed specifically for drainage systems with high loads. Geo-textiles ProDren (developed by Hex, widely known for all products of Izospan) is a thermally bonded material with additional reinforcement of fiberglass yarns in order to provide increased strength characteristics and uniform distribution of loads.
- Available pipe diameters (mm): 110
- Maximum depth (m): 4 m
Drainage pipe HDPE perforated with geotextile Typar SF20 4SN
Usage: Scaffolding, The device of drainage systems
Drainage pipe with perforation in Typar geotextile with SN4 strength is a classic solution for drainage systems. Thermally bonded geo-textiles Typar SF20 / 27 guarantees high-quality filtration throughout the entire service life (declared by the manufacturer of geotextiles – 100 years), in addition, Typar provides high strength characteristics with resistance to puncture, which additionally creates protection for HDPE pipes from mechanical damage.
- Available pipe diameters (mm): 63, 93, 110, 160, 200. Under the order (from 1000 lm): 240, 300, 350, 400
- Possible modifications of the geotextile: Typar SF20 (standard version), Typar SF27 (on order from 500 lm), Typar SF32 (on request from 1000 lm)
- Maximum depth (m): 4 m
Drainage pipe HDPE perforated without geotextile SN4
Usage: Scaffolding, The device of drainage systems
Drainage HDPE pipe perforated without geotextile with a marking of strength SN4 – the most simple and inexpensive drainage pipe in our range. Its use is implied in simple drainage systems of private houses with a small depth.
- Available pipe diameters (mm): 63, 93, 110, 160, 200
Maximum depth (m): 4 m
- Available pipe diameters (mm): 63, 93, 110, 160, 200
Drainage pipe PVC perforated with a filter of coconut fiber SN4
Usage: Scaffolding, The device of drainage systems
Drainage PVC pipe with perforations and a filter made of coconut fiber is the most durable and reliable solution in the line. PVC is more resistant to ultraviolet, frost-resisting, has greater plasticity and strength than HDPE, and the filter from coconut fiber is less silted and has a greater draining capacity than thermo-bonded geotextiles.
- Available pipe diameters (mm): 92, 126, 160, 200
- Maximum depth (m): 4
Drainage pipe PVC perforated with geotextile Typar SN4
Usage: Scaffolding, The device of drainage systems
Drainage PVC pipe with perforation and a filter from geotextile Typar SF27 is an excellent solution for drainage systems in which drained water is not highly saturated with soil particles.
- Available pipe diameters (mm): 92, 126, 160, 200
- Maximum depth (m): 4
Drainage pipe ПНД перфорированная double with geotextile Typar SF27 6SN
Usage: Deep drainage, Drainage of retaining walls, Horizontal reservoir drainage, The device of drainage systems
Double drainage HDPE pipe in geo-textile Typar SF27 – designed specifically for the installation of medium-deep drainage systems. The double wall of the perforated drainage pipe provides a stiffness class SN6, and also allows this pipe to be used at a depth of up to 6 meters.
- Available pipe diameters (mm): 63, 93, 110, 160, 200. Under the order (from 1000 lm): 240, 300, 350, 400
- Possible modifications of the geotextile: Typar SF27 (standard version), Typar SF32 (to order from 1000 lm)
- Maximum depth (m): 6 m
Drainage tube HDPE perforated with a filter of coconut fiber SN4
Usage: Scaffolding
A drainage perforated pipe in a filter made of coconut fiber is a relatively new solution on the domestic market for geosynthetic materials. In accordance with the manufacturer’s statement, it has commensurably better filtration and drainage characteristics than solutions using thermo-bonded geotextiles. The thickness of the filter (about 10 mm) can also perform the function of protecting the pipe from mechanical damage.
- Possible pipe diameters (mm): 63, 93, 110, 160, 200.
- Maximum depth (m): 4 m
Fiberglass geogrid with geotextile
Usage: Airport, Prevention of reflected cracks, Railways, Reconstruction of roads, Reinforcement of asphalt concrete, Road construction, Strengthening of asphalt-concrete seam, Strengthening of pavement
- Fiberglass geogrid of SSNP – can be used for reinforcing asphalt concrete strips instead of classical polyester geogrid with bituminous impregnation, if the projected lifetime of the roadway does not exceed 3 years.
Designation of a glass mesh Surface density, g / m2, not less than Tensile strength, kN / m Elongation at maximum load,%, not more than Strength of nodal connections from strength of weft,% not less than Dimensions of the sides of the square of cells, mm, ± 2 mm along across SSNP 40/40 200 40 40 4 10 25
37
40
50SSNP 50/50 250 50 50 10 SSNP 70/70 350 70 70 7 SSNP 80/80 400 80 80 6 SSNP 90/90 450 90 90 6 SSNP 100/100 500 100 100 5 SSNP К 40/40 250 40 40 10 SSNP К 50/50 300 50 50 10 SSNP К 70/70 400 70 70 7 SSNP К 80/80 450 80 80 6 SSNP К 90/90 500 90 90 6 SSNP К 100/100 550 100 100 5 Roll size Width, m, ± 0,1 5,2 Length in roll, m, ± 1 % from 50 to 150 Gabion cylindrical
Usage: Armorranean mounds, Buildings in seismically active zones, Buildings on unstable soils, Ground retaining walls, Ponds and reservoirs, Reinforcing the roadbed, Reservoir, Sea coast to the bay, Shores of rivers and canals
- Cylindrical gabions are used to base the bottoms of ponds, ponds, reservoirs and other water bodies before installing box and mattress-box type gabones in cases where the relief of the installation is not suitable for installing box gabions without preliminary preparation. At us it is possible to get gabions of standard sizes from 3х2х0.17м to 6х2х0.5м with a diameter of knitted galvanized wire from 2.4 to 3.7 mm, PVC-spraying, any color on RAL and number of diaphragms under the order is possible.
Gabions of box type
Usage: Anti-erosion measures, Antilock dykes, Armorranean mounds, Buildings in seismically active zones, Buildings on unstable soils, Dams, Foundations of fences, Ground retaining walls, Landscaping, Ponds and reservoirs, Reinforcement of slopes, Reinforcing the roadbed, Reservoir, Sea coast to the bay, Shores of rivers and canals
- Box-type gabions are designed to strengthen the soil, slopes and banks in various building structures, as well as in the decorative design of the landscape. We can buy gabions of sizes from 1x1x0.5m to 6x2x2m with a diameter of knitted galvanized wire from 2.4 to 3.7 mm, PVC-spraying, any RAL color and the number of diaphragms on request are possible.
Size, length x width x height Number of diaphragms, pcs. Ø of wire, mm Type of coating Mesh cell size Weight of one mesh construction, kg 1,5 х 0,5 х 0,5 1 2,4 Zinc 6*8 6,1 1 2,7 Zinc 8*10 6,6 1 3 Zinc 8*10 8,8 1,5 х 1 х 0,5 1 2,7 Zinc 8*10 10,2 1 3 Zinc 8*10 12,5 1 2,7/3,7 Zinc + Polymer 8*10 11,6 1,5 х 1 х 1-2,7 1 2,7 Zinc 8*10 15 1 3 Zinc 8*10 18,5 1 2,7/3,7 Zinc + Polymer 8*10 16,75 2 х 1 х 0,5 1 2,7 Zinc 8*10 13 1 2,4 Zinc 6*8 13,5 1 3 Zinc 8*10 16,35 1 2,7/3,7 Zinc + Polymer 8*10 14,5 1 2,4/3,4 Zinc + Polymer 6*8 20,5 2 х 1 х 1 1 2,7 Zinc 8*10 17,5 1 2,4 Zinc 6*8 18,5 1 3 Zinc 8*10 25,1 1 2,7/3,7 Zinc + Polymer 8*10 19,7 3 х 1 х 0,5 2 2,7 Zinc 8*10 19 2 2,4 Zinc 6*8 18,8 2 3 Zinc 8*10 22,6 2 2,7/3,7 Zinc + Polymer 8*10 21,3 3 х 1 х 1 2 2,7 Zinc 8*10 25,8 2 3 Zinc 8*10 32,4 2 2,7/3,7 Zinc + Polymer 8*10 28,5 4 х 1 х 0,5 3 2,7 Zinc 8*10 22,9 3 3 Zinc 8*10 29,75 3 2,7/3,7 Zinc + Polymer 8*10 27,5 3 2,4 Zinc 6*8 23,7 4 х 1 х 1 3 2,7 Zinc 8*10 34,3 3 3 Zinc 8*10 42,5 3 2,7/3,7 Zinc + Polymer 8*10 36,53 5 х 1 х 1 4 2,7 Zinc 8*10 40,9 4 3 Zinc 8*10 53,6 4 2,4 Zinc 6*8 41,5 Gabions of mattress type
Usage: Anti-erosion measures, Antilock dykes, Armorranean mounds, Buildings in seismically active zones, Buildings on unstable soils, Dams, Foundations of fences, Ground retaining walls, Landscaping, Ponds and reservoirs, Reinforcement of slopes, Reinforcing the roadbed, Reservoir, Sea coast to the bay, Shores of rivers and canals
- Fabric-type mattresses are used to reinforce shallow slopes, ponds, as well as to construct a base for installing box-type gabions and fixing unstable surfaces. At us it is possible to get gabions of standard sizes from 3х2х0.17м to 6х2х0.5м with a diameter of knitted galvanized wire from 2.4 to 3.7 mm, PVC-spraying, any color on RAL and number of diaphragms under the order is possible.
Mattress-mattress type 3 х 2 х 0,17 2 2,7 Zinc 8*10 24,5 2 2,7/3,7 Zinc + Polymer 8*10 26 2 2,4 Zinc 6*8 26,7 2 2,4/3,4 Zinc + Polymer 6*8 26,69 3 х 2 х 0,23 2 2,7 Zinc 8*10 26 2 2,7/3,7 Zinc + Polymer 8*10 30,6 2 2,4 Zinc 6*8 27 3 х 2 х 0,3 2 2,7 Zinc 8*10 27,5 2 3 Zinc 8*10 36,5 2 2,7/3,7 Zinc + Polymer 8*10 32,5 2 2,4 Zinc 6*8 27,5 3 х 2 х 0,5 2 2,7 Zinc 8*10 30,9 2 2,4 Zinc 6*8 31,6 2 3 Zinc 8*10 39 2 2,7/3,7 Zinc + Polymer 8*10 34,9 4 х 2 х 0,17 3 2,7 О3 Ц 8*10 32 3 2,7/3,7 Zinc + Polymer 8*10 35 3 2,4 Zinc 6*8 31,9 4 х 2 х 0,23 3 2,7 Zinc 8*10 34 3 2,7/3,7 Zinc + Polymer 8*10 38 3 2,4 Zinc 6*8 33,6 3 2,7 Zinc 6*8 46,43 4 х 2 х 0,3 3 2,7 Zinc 8*10 35 3 2,7/3,7 Zinc + Polymer 8*10 41 3 2,4 Zinc 6*8 36,4 4 х 2 х 0,5 3 2,7 Zinc 8*10 40,3 3 2,7/3,7 Zinc + Polymer 8*10 44 3 2,4 Zinc 6*8 41,41 5 х 2 х 0,17 4 2,7 Zinc 8*10 37,5 4 2,7/3,7 Zinc + Polymer 8*10 43 4 2,4 Zinc 6*8 44 5 х 2 х 0,23 4 2,7 Zinc 8*10 41,3 5 х 2 х 0,3 4 2,7 Zinc 8*10 42 4 2,7/3,7 Zinc + Polymer 8*10 47,9 4 2,4 Zinc 6*8 45 5 х 2 х 0,5 4 2,7 Zinc 8*10 50,9 4 3 Zinc 8*10 66 4 2,7/3,7 Zinc + Polymer 8*10 53,8 6 х 2 х 017 5 2,7 Zinc 8*10 45,2 5 2,4 Zinc 6*8 45,3 6 х 2 х 0,23 5 2,7 Zinc 8*10 46,8 5 2,7/3,7 Zinc + Polymer 8*10 60,2 6 х 2 х 0,3 5 2,7 Zinc 8*10 51,1 5 2,7/3,7 Zinc + Polymer 8*10 60 6 х 2 х 0,5 5 2,7 Zinc 8*10 60 5 3 Zinc 8*10 75,5 5 2,7/3,7 Zinc + Polymer 8*10 65 Gabions with reinforcing panel
Usage: Anti-erosion measures, Antilock dykes, Armorranean mounds, Buildings in seismically active zones, Buildings on unstable soils, Dams, Foundations of fences, Ground retaining walls, Landscaping, Ponds and reservoirs, Reinforcement of slopes, Reinforcing the roadbed, Reservoir, Sea coast to the bay, Shores of rivers and canals
- Gabions with a reinforcing panel on box-type gabions are used in cases where it is also necessary to strengthen the slope from erosion and provide anti-landslide measures (instead of an anti-erosion geomat). At us it is possible to get gabions of standard sizes from 3х2х0.17м to 6х2х0.5м with a diameter of knitted galvanized wire from 2.4 to 3.7 mm, PVC-spraying, any color on RAL and number of diaphragms under the order is possible.
With reinforcing panel
2 х 2 х 1 х 0,5 1 2,7 Zinc 8*10 18,5 1 2,7/3,7 Zinc + Polymer 8*10 21,5 2 х 2 х 1 х 1 1 2,7 Zinc 8*10 24,1 1 2,7/3,7 Zinc + Polymer 8*10 26,4 3 х 2 х 1 х 0,5 1 2,7 Zinc 8*10 21,5 1 2,7/3,7 Zinc + Polymer 8*10 23,9 3 х 2 х 1 х 1 1 2,7 Zinc 8*10 28,7 1 2,7/3,7 Zinc + Polymer 8*10 30 4 х 2 х 1 х 0,5 1 2,7 Zinc 8*10 24,5 1 2,7/3,7 Zinc + Polymer 8*10 27,2 4 х 2 х 1 х 1 1 2,7 Zinc 8*10 30,03 1 2,7/3,7 Zinc + Polymer 8*10 33 5 х 2 х 1 х 0,5 1 2,7 Zinc 8*10 28,8 1 2,7/3,7 Zinc + Polymer 8*10 32 5 х 2 х 1 х 1 1 2,7 Zinc 8*10 33,03 1 2,7/3,7 Zinc + Polymer 8*10 36,6 6 х 2 х 1 х 0,5 1 2,7 Zinc 8*10 30,7 1 2,7/3,7 Zinc + Polymer 8*10 34,4 6 х 2 х 1 х 1 1 2,7 Zinc 8*10 36,03 1 2,7/3,7 Zinc + Polymer 8*10 39,3 Geo-grating polyester in asphalt (impregnation with bitumen)
Usage: Airport, Forest and access roads, Materials for the arrangement of parking places, Prevention of reflected cracks, Railways, Reconstruction of roads, Reinforcement of asphalt concrete, Road construction, Strengthening of asphalt-concrete seam, Strengthening of pavement
- Polyester geogrid with bituminous impregnation (impregnation is used to improve adhesion with asphalt), is used for reinforcing asphalt-concrete layers in road construction, in order to prevent the formation of cracks and sprawl of the roadway.
30 / 30 50 / 50 80 / 80 100 / 100 Сырьё Полиэфир [PET] Пропитка Дисперсия на основе битума Прочность при растяжении (вдоль/поперёк), не менее, кН/м 30 / 30 50 / 50 80 / 80 100 / 100 Относительное удлинение при максимальной нагрузке, не более, % 13 Теплостойкость, не менее, % 90 Устойчивость к ультрафиолетовому излучению, не менее, % 90 Химическая стойкость к агрессивным средам, не менее, % 80 Масса на единицу поверхности г/м2 190 ± 10 250 ± 10 370 ± 10 500 ± 10 Температурный диапазон От – 60°C до + 190°C Размер рулона Ширина, м, ± 0,1 5,2 Длина в рулоне, м, ± 1 % от 50 до 150 Geo-grating polypropylene biaxial
Usage: Base of the roadway, Forest and access roads, Materials for the arrangement of parking places, Parking lots with heavy equipment, Parking of cars, Protection against rockfalls, Reinforcement of asphalt concrete, Reinforcement of slopes, Reinforcing the roadbed, Road construction, Strengthening of pavement, Strengthening of roadsides, Strengthening the foundations of railway embankments
- Biaxially oriented flat geogrid of polypropylene has high strength in both directions, it has wide, almost universal use (it can be laid as in the base of the roadway to strengthen the weakly bearing soil, so it can be laid directly into the asphalt to strengthen the asphalt-concrete coating and prevent the appearance of cracks and “creep” clothes of a road cloth).
Conventional designation of geogrids
Tensile load, kN / m, not less than
Relative elongation at normalized load,%, not more than
Surface density, g / m²: + 3% -10%
At rated load
With a relative elongation 2%
5%
along
across
along
across
along
across
along
across SD-20 20 20 7 7 15 15 11,5 10,5 240 SD-30 30 30 10 10 20,5 20,5 11,5 10,5 340 SD-40 40 40 13 13 26 26 11,5 10,5 530 СД-45 45 45 13 13 26 26 11,5 10,5 650 Conventional designation of geogrids Cell size, length / width, mm Skew cells, degrees Roll width, m, not more than Length of roll (+ -1%), m SD-20 40/40 or 65/65 ±3 4 50 SD-30 40/40 or65/65 ±3 4 50 SD-40 40/40 ±3 4 50 SD-45 65/65 ±3 4 50 Geo-grating polypropylene biaxial (orange)
Usage: Base of the roadway, Parking lots with heavy equipment, Parking of cars, Protection against rockfalls, Reinforcement of slopes, Road construction, Strengthening of roadsides, Strengthening the foundations of railway embankments
- Biaxially oriented flat geogrid of polypropylene has high strength in both directions, it has wide, almost universal use (it can be laid as in the base of the roadway to strengthen the weakly bearing soil, so it can be laid directly into the asphalt to strengthen the asphalt-concrete coating and prevent the appearance of cracks and “creep” clothes of a road cloth).
Conventional designation of geogrids
Tensile load, kN / m, not less than
Relative elongation at normalized load,%, not more than
Surface density, g / m²: + 3% -10%
At rated load
With a relative elongation
2%
5%
along
across
along
across
along
across
along
across SD-20 20 20 7 7 15 15 11,5 10,5 240 SD-30 30 30 10 10 20,5 20,5 11,5 10,5 340 SD-40 40 40 13 13 26 26 11,5 10,5 530 SD-45 45 45 13 13 26 26 11,5 10,5 650 Conventional designation of geogrids Cell size, length / width, mm Skew cells, degrees Roll width, m, not more than Length of roll (+ -1%), m SD-20 40/40 or 65/65 ±3 4 50 SD-30 40/40 or 65/65 ±3 4 50 SD-40 40/40 ±3 4 50 SD-45 65/65 ±3 4 50 Geo-grating polypropylene biaxial SD with geotextile
Usage: Автостоянки с тяжелой техникой, Дорожное строительство, Защита от камнепадов, Контейнерные терминалы, Лесные и подъездные дороги, Материалы для устройства автостоянок, Нагруженные стилобаты, Парковки легковых автомобилей, Укрепление обочин, Усиление оснований железнодорожных насыпей
- Biaxially oriented flat geogrid of polypropylene has high strength in both directions, it has wide, almost universal use, geotextile fulfills the function of the separation-filtering layer.
Conventional designation of geogrids
Tensile load, kN / m, not less than
Relative elongation at normalized load,%, not more than
Surface density, g / m²: + 3% -10%
At rated load
With a relative elongation 2%
5%
along
across
along
across
along
across
along
across SD-20 20 20 7 7 15 15 11,5 10,5 240 SD-30 30 30 10 10 20,5 20,5 11,5 10,5 340 SD-40 40 40 13 13 26 26 11,5 10,5 530 СД-45 45 45 13 13 26 26 11,5 10,5 650 Conventional designation of geogrids Cell size, length / width, mm Skew cells, degrees Roll width, m, not more than Length of roll (+ -1%), m SD-20 40/40 or 65/65 ±3 4 50 SD-30 40/40 or65/65 ±3 4 50 SD-40 40/40 ±3 4 50 SD-45 65/65 ±3 4 50 Geo-grating uniaxial polyester
Usage: Airport, Prevention of reflected cracks, Railways, Reconstruction of roads, Reinforcement of asphalt concrete, Road construction, Strengthening of asphalt-concrete seam, Strengthening of pavement
- Fiberglass geogrid of SPSS – can be used for reinforcing asphalt concrete strips instead of classical polyester geogrid with bituminous impregnation, if the projected lifetime of the roadway does not exceed 3 years.
Designation of a glass mesh Surface density, g / m2, not less than Tensile strength, kN / m Elongation at maximum load,%, not more than Strength of nodal connections from strength of weft,% not less than Dimensions of the sides of the square of cells, mm, ± 2 mm вдоль поперёк SSNP 40/40 200 40 40 4 10 25
37
40
50SSNP 50/50 250 50 50 10 SSNP 70/70 350 70 70 7 SSNP 80/80 400 80 80 6 SSNP 90/90 450 90 90 6 SSNP 100/100 500 100 100 5 SSNP К 40/40 250 40 40 10 SSNP К 50/50 300 50 50 10 SSNP К 70/70 400 70 70 7 SSNP К 80/80 450 80 80 6 SSNP К 90/90 500 90 90 6 SSNP К 100/100 550 100 100 5 Roll size Width, m, ± 0,1 5,2 Length in roll, m, ± 1 % от 50 до 150 Geo-polyester in the ground (impregnation of PVC)
Usage: Airport, Base of the roadway, Container terminals, Landfills, Parking lots with heavy equipment, Railways
- Polyester geogrid with impregnation on the basis of PVC is used to strengthen roadbeds in the base with insufficient bearing capacity in order to prevent the formation of stakes, cracks, etc.
50 / 50 100 / 100 150 / 150 200 / 200 Сырьё Полиэфир [PET] Пропитка ПВХ Прочность при растяжении (вдоль/поперёк), не менее, кН/м 50 / 50 100 / 100 150 / 150 200 / 200 Относительное удлинение при максимальной нагрузке, не более, % 13 Теплостойкость, не менее, % 90 Устойчивость к ультрафиолетовому излучению, не менее, % 90 Химическая стойкость к агрессивным средам, не менее, % 80 Масса на единицу поверхности г/м2 250 ± 10 500 ± 10 Температурный диапазон От – 60°C до + 190°C Размер рулона Ширина, м, ± 0,1 5,2 Длина в рулоне, м, ± 1 % от 50 до 150 Geo-polyester with a substrate
Usage: Airport, Prevention of reflected cracks, Railways, Reconstruction of roads, Reinforcement of asphalt concrete, Road construction, Strengthening of asphalt-concrete seam, Strengthening of pavement
- Fiberglass geogrid of SSNP – can be used for reinforcing asphalt concrete strips instead of classical polyester geogrid with bituminous impregnation, if the projected lifetime of the roadway does not exceed 3 years.
Designation of a glass mesh Surface density, g / m2, not less than Tensile strength, kN / m Elongation at maximum load,%, not more than Strength of nodal connections from strength of weft,% not less than Dimensions of the sides of the square of cells, mm, ± 2 mm вдоль поперёк SSNP 40/40 200 40 40 4 10 25
37
40
50SSNP 50/50 250 50 50 10 SSNP 70/70 350 70 70 7 SSNP 80/80 400 80 80 6 SSNP 90/90 450 90 90 6 SSNP 100/100 500 100 100 5 SSNP К 40/40 250 40 40 10 SSNP К 50/50 300 50 50 10 SSNP К 70/70 400 70 70 7 SSNP К 80/80 450 80 80 6 SSNP К 90/90 500 90 90 6 SSNP К 100/100 550 100 100 5 Roll size Width, m, ± 0,1 5,2 Length in roll, m, ± 1 % от 50 до 150 Geo-shielding biaxial “Econom”
Usage: Fencing for construction works, Fencing for road works, Fencing of hazardous objects
- The grid is uniaxial, C1-2 – thanks to its bright color, strength and elasticity can be used for fencing during construction, road works, fencing of sports, motorcycle and ski slopes, protection from snow. Ultraviolet stabilization is 5 years.
Characteristic of STREN-C1-6 Width, m. 1 Length, m. By request, up to 200 Cell Form square Material polypropylene Specific gravity, g / m2 up to 60 T.,-/+ – 70 120 Geogrid C1
Usage: Airport, Prevention of reflected cracks, Railways, Reconstruction of roads, Reinforcement of asphalt concrete, Road construction, Strengthening of asphalt-concrete seam, Strengthening of pavement
- Fiberglass geogrid of SPSS – can be used for reinforcing asphalt concrete strips instead of classical polyester geogrid with bituminous impregnation, if the projected lifetime of the roadway does not exceed 3 years.
Designation of a glass mesh Surface density, g / m2, not less than Tensile strength, kN / m Elongation at maximum load,%, not more than Strength of nodal connections from strength of weft,% not less than Dimensions of the sides of the square of cells, mm, ± 2 mm вдоль поперёк SSNP 40/40 200 40 40 4 10 25
37
40
50SSNP 50/50 250 50 50 10 SSNP 70/70 350 70 70 7 SSNP 80/80 400 80 80 6 SSNP 90/90 450 90 90 6 SSNP 100/100 500 100 100 5 SSNP К 40/40 250 40 40 10 SSNP К 50/50 300 50 50 10 SSNP К 70/70 400 70 70 7 SSNP К 80/80 450 80 80 6 SSNP К 90/90 500 90 90 6 SSNP К 100/100 550 100 100 5 Roll size Width, m, ± 0,1 5,2 Length in roll, m, ± 1 % от 50 до 150 Geogrid protective one-axis C1-2
Usage: Fencing for construction works, Fencing for road works, Fencing for ski slopes, Fencing of sports routes, Motorcycle track guard
- The grid is uniaxial, C1-2 – thanks to its bright color, strength and elasticity can be used for fencing during construction, road works, fencing of sports, motorcycle and ski slopes, protection from snow. Ultraviolet stabilization is 5 years.
Characteristic of STREN-S1-2 Width, m. 1 Length, m. By request, up to 200 Cell Form oval Material polypropylene Specific gravity, g / m2 up to 130 Operating temp., – / + – 70 120 Geogrids fiberglass
Usage: Airport, Prevention of reflected cracks, Railways, Reconstruction of roads, Reinforcement of asphalt concrete, Road construction, Strengthening of asphalt-concrete seam, Strengthening of pavement
- Fiberglass geogrid of SSNP – can be used for reinforcing asphalt concrete strips instead of classical polyester geogrid with bituminous impregnation, if the projected lifetime of the roadway does not exceed 3 years.
Designation of a glass mesh Surface density, g / m2, not less than Tensile strength, kN / m Elongation at maximum load,%, not more than Strength of nodal connections from strength of weft,% not less than Dimensions of the sides of the square of cells, mm, ± 2 mm вдоль поперёк SSNP 40/40 200 40 40 4 10 25
37
40
50SSNP 50/50 250 50 50 10 SSNP 70/70 350 70 70 7 SSNP 80/80 400 80 80 6 SSNP 90/90 450 90 90 6 SSNP 100/100 500 100 100 5 SSNP К 40/40 250 40 40 10 SSNP К 50/50 300 50 50 10 SSNP К 70/70 400 70 70 7 SSNP К 80/80 450 80 80 6 SSNP К 90/90 500 90 90 6 SSNP К 100/100 550 100 100 5 Roll size Width, m, ± 0,1 5,2 Length in roll, m, ± 1 % от 50 до 150 Geogrids from glass fiber
Usage: Airport, Materials for the arrangement of parking places, Prevention of reflected cracks, Railways, Reconstruction of roads, Reinforcement of asphalt concrete, Reinforcing the roadbed, Road construction, Strengthening of asphalt-concrete seam, Strengthening of pavement
- Fiberglass geogrid – can be used for reinforcing asphalt concrete instead of classical polyester geogrid with bituminous impregnation, if the predicted lifetime of the roadway does not exceed 3 years.
Designation of a glass mesh Surface density, g / m2, not less than Tensile strength, kN / m Elongation at maximum load,%, not more than Strength of nodal connections from strength of weft,% not less than Dimensions of the sides of the square of cells, mm, ± 2 mm вдоль поперёк SSNP 40/40 200 40 40 4 10 25
37
40
50SSNP 50/50 250 50 50 10 SSNP 70/70 350 70 70 7 SSNP 80/80 400 80 80 6 SSNP 90/90 450 90 90 6 SSNP 100/100 500 100 100 5 SSNP К 40/40 250 40 40 10 SSNP К 50/50 300 50 50 10 SSNP К 70/70 400 70 70 7 SSNP К 80/80 450 80 80 6 SSNP К 90/90 500 90 90 6 SSNP К 100/100 550 100 100 5 Roll size Width, m, ± 0,1 5,2 Length in roll, m, ± 1 % от 50 до 150 Geomembrane anchor (anchor plate)
Usage: Accumulation and emergency tanks, Biogas Reactors, Hydrotechnical works, Industrial waste dumps, Landfills, Oil puddles, Ponds and reservoirs, Reservoirs for water, Silo pits, Sludge dumps, Stylobates loaded, Tombs of toxic and radioactive waste
- Geomembrane HDPE with geotextile (double-sided thermosetting) – is used in areas with unprepared bases to prevent possible puncture formation, in soils with sharp inclusions up to 40 mm in size.
Geomembrane HDPE / LDPE smooth without thermal bonding
Usage: Accumulation and emergency tanks, Biogas Reactors, Hydrotechnical works, Industrial waste dumps, Landfills, Oil puddles, Ponds and reservoirs, Reservoirs for water, Silo pits, Sludge dumps, Stylobates loaded, Tombs of toxic and radioactive waste, Waterproofing of road surfaces
- Geomembrane HDPE with geotextile (double-sided thermosetting) – is used in areas with unprepared bases to prevent possible puncture formation, in soils with sharp inclusions up to 40 mm in size.
Geomembrane HDPE / LLDPE with geotextile (double-sided thermal bonding)
Usage: Accumulation and emergency tanks, Biogas Reactors, Drainage of bulk dams, Hydrotechnical works, Industrial waste dumps, Landfills, Oil puddles, Ponds and reservoirs, Reservoirs for water, Silo pits, Sludge dumps, Stylobates loaded, Tombs of toxic and radioactive waste
- Geomembrane HDPE with geotextile (double-sided thermosetting) – is used in areas with unprepared bases to prevent possible puncture formation, in soils with sharp inclusions up to 40 mm in size.
Geomembrane HDPE / LLDPE with geotextile (one-side thermal bonding)
Usage: Accumulation and emergency tanks, Biogas Reactors, Drainage of bulk dams, Hydrotechnical works, Industrial waste dumps, Landfills, Oil puddles, Ponds and reservoirs, Reservoirs for water, Silo pits, Sludge dumps, Stylobates loaded, Tombs of toxic and radioactive waste
- Geomembrane HDPE with geotextile (one-side thermal bonding) – is used in areas with unprepared bases to prevent possible puncture formation, in soils with sharp inclusions up to 40 mm in size.
Geomembrane shaped spike
Usage: Accumulation and emergency tanks, Biogas Reactors, Hydrotechnical works, Industrial waste dumps, Landfills, Oil puddles, Ponds and reservoirs, Reservoirs for water, Silo pits, Sludge dumps, Stylobates loaded, Tombs of toxic and radioactive waste
- Geomembrane HDPE with geotextile (double-sided thermosetting) – is used in areas with unprepared bases to prevent possible puncture formation, in soils with sharp inclusions up to 40 mm in size.
Geotextile non-woven needle-punched 100
Usage: Agriculture, Garden paths
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Geotextile non-woven needle-punched 150
Usage: Agriculture, Artificial lawn on sports grounds, Drainage layer, Garden paths, Natural lawn on sports grounds, Scaffolding
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Geotextile non-woven needle-punched 200
Usage: Airport, Concrete preparation, Deep drainage, Protection of waterproofing foundations, Railways, Stylobates loaded, Under the foundation of 3 or more floors
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Geotextile non-woven needle-punched 250
Usage: Armorranean mounds, Artificial lawn on sports grounds, Drainage layer, Garden paths, Inversion roofs, Landscaping, Materials for the arrangement of parking places, Natural lawn on sports grounds, Reinforcement of slopes, Scaffolding, The device of drainage systems
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Geotextile non-woven needle-punched 300
Usage: Armorranean mounds, Base of the roadway, Drainage layer, Horizontal reservoir drainage, Hydrotechnical works, Inversion roofs, Materials for the arrangement of parking places, Ponds and reservoirs, Reinforcement of asphalt concrete, Reinforcement of slopes, Reinforcing the roadbed, Reservoir, Road construction, Scaffolding, Seed shelter, Shelter of roses, The device of drainage systems
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Geotextile non-woven needle-punched 450
Usage: “The wall in the ground”, Base of the roadway, Concrete preparation, Construction of motorways, Deep drainage, Landfills, Parking lots with heavy equipment, Recycling, Reinforcement of asphalt concrete, Reinforcing the roadbed, Reservoir, Road construction, Under the foundation, Under the foundation of 3 or more floors
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Geotextile non-woven needle-punched 500
Usage: “The wall in the ground”, Concrete preparation, Construction of motorways, Deep drainage, Green roofs, Landfills, Parking lots with heavy equipment, Protection of waterproofing foundations, Railways, Reinforcement of asphalt concrete, Reinforcing the roadbed, Road construction, Under the foundation, Under the foundation of 3 or more floors
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Geotextile non-woven needle-punched 550
Usage: “The wall in the ground”, Airport, Concrete preparation, Construction of motorways, Deep drainage, Protection of waterproofing foundations, Railways, Stylobates loaded, Under the foundation of 3 or more floors
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Geotextile non-woven needle-punched 600
Usage: Airport, Concrete preparation, Deep drainage, Protection of waterproofing foundations, Railways, Stylobates loaded, Under the foundation of 3 or more floors
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Geotextile nonwoven needle-punched 400
Usage: “The wall in the ground”, Base of the roadway, Concrete preparation, Construction of motorways, Deep drainage, Landfills, Parking lots with heavy equipment, Recycling, Reinforcement of asphalt concrete, Reinforcing the roadbed, Reservoir, Road construction, Under the foundation, Under the foundation of 3 or more floors
- From secondary raw materials: color from light gray to dark gray (depending on the lot)
- From the primary raw material: white color + 25% of the cost
Mastic bitumen-polymer MKTN
Usage: Mastic roofs, Parking of cars, Strengthening of asphalt-concrete seam, Waterproofing of foundations, Waterproofing of industrial seams, Waterproofing of road surfaces
The peculiarity of bitumen-polymer mastic MKTN is in the widest temperature range of its application (from -200 to +300 degrees). The usage regulations developed by the manufacturer for this mastic include: the device and repair of all types of roofs (pitched and flat, in combination with rolled waterproofing materials, glass fabrics and without them), for waterproofing of buried objects (foundations, cellars, piles, etc.)
Mastic bitumen-rubber “Stroymast”
Usage: Mastic roofs, Parking of cars, Strengthening of asphalt-concrete seam, Waterproofing of flat roofs, Waterproofing of foundations, Waterproofing of industrial seams
Mastic bituminous rubber “Stroymast” is designed for any waterproofing work, produced outdoors. The composition of the mastic is SBS-modified bitumen, technological additives, mineral fillers, as well as an organic solvent (the presence of which excludes the use of mastic for internal waterproofing operations). It is an inexpensive equivalent of Tekhnonikol mastic # 20.
Mastic bitumen-rubber № 20
Usage: Inversion roofs, Mastic roofs, Parking of cars, Strengthening of asphalt-concrete seam, Waterproofing of flat roofs, Waterproofing of foundations, Waterproofing of industrial seams
Mastic bituminous-rubber № 20 is designed for any waterproofing work, produced outdoors. The composition of the mastic is SBS-modified bitumen, technological additives, mineral fillers, as well as an organic solvent (the presence of which excludes the use of mastic for internal waterproofing operations). A special feature of the mastic is its high hardness when drying, as well as a high temperature range of application (can be stacked at -20 to +40 degrees)
Mastic gluing №22 (Vishera)
Usage: Waterproofing of foundations
Mastic gluing No. 22 is a multicomponent mass consisting of petroleum bitumen, SBS-modificate, organic solvent and technical additives. The main purpose of gluing mastic No.22 TechnoNIKOL is gluing of roll, bitumen-polymer waterproofing materials without adhesive film to various surfaces.
Mastic gluing №27
Usage: Waterproofing of foundations
Mastic gluing № 27 consists of bitumen, mineral fibers, mineral fillers, organic solvent and technological additives. This mastic is used for gluing the thermal insulation (XPS, PIR plates) to bitumen waterproofing materials and concrete surfaces in the waterproofing systems of foundations.
Mastic Hot Bituminous Rubber MBR
Usage: Parking of cars, Strengthening of asphalt-concrete seam, Waterproofing of bridges, Waterproofing of expansion joints, Waterproofing of flat roofs, Waterproofing of foundations, Waterproofing of industrial seams, Waterproofing of road surfaces
Roofing mastic of hot application Eureka No. 41 is designed for effective repair and flat roofing, but can also be used for waterproofing steel structures, concrete blocks, columns, concrete building blocks and pipelines. The use of hot waterproof mastics is more effective and durable than the use of cold mastics because of the greater liquidity of the material
Indicator name Unit. measurements Normative value MBR-65 MBR-75 MBR-90 MBR-100 Softening temperature according to the KiS method, not less than оС 65 75 90 100 Depth of penetration of the needle at 25 оС, not less than 0,1 mm 40 30 20 15 -||- Растяжимость при 25 оС, не менее cm 4 4 3 2 -||- Водонасыщение за 24 ч, не более % 0,2 0,2 0,2 0,2 Application temperature, within 0С +5 to -30
+15 to -15
+35 to -5
От +40 to -5 – Mastic hot bituminous-rubber MBR 75 ZKM
Usage: Parking of cars, Strengthening of asphalt-concrete seam, Waterproofing of bridges, Waterproofing of expansion joints, Waterproofing of flat roofs, Waterproofing of foundations, Waterproofing of industrial seams, Waterproofing of road surfaces
Hot bitumen – rubber mastic consists of petroleum bitumen, rubber crumb and plasticizer with a softening temperature of 75 grains, produced at the Kostroma waterproofing materials plant, is an inexpensive analogue of MBM mastic from Technonikol. It is intended for the device of waterproofing and anticorrosion protection of underground pipelines, and also for sealing of cracks and seams on flat roofs. Available in several modifications, differing in density and strength characteristics.
Indicator name Unit. measurements Normative value MBR-75 Softening temperature according to the KiS method, not less than оС 75 Depth of penetration of the needle at 25 оС, not less than 0,1 mm 30 Extensibility at 25 оС, not less than см 4 Water saturation for 24 hours, no more than % 0,2 Application temperature, within 0С От +15 до -15
Mastic protective polymeric aluminum №57
Usage: Mastic roofs, Parking of cars, Waterproofing of flat roofs, Waterproofing of foundations, Waterproofing of industrial seams, Waterproofing of road surfaces
Tekhnonikol waterproofing mastic # 24 is designed for waterproofing concrete structures, concrete products, wood and other building structures that are buried and are in permanent or permanent contact with water. It is important to note that this mastic is not roofing (ie does not contain ultraviolet stabilizers, as well as rubber impurities), that is, the use of MGTN No. 24 for repair and roofing is highly discouraged.
Mastic roofing hot № 41 (Eureka)
Usage: Waterproofing of flat roofs, Waterproofing of foundations, Waterproofing of road surfaces
Roofing mastic of hot application Eureka No. 41 is designed for effective repair and flat roofing, but can also be used for waterproofing steel structures, concrete blocks, columns, concrete building blocks and pipelines. The use of hot waterproof mastics is more effective and durable than the use of cold mastics because of the greater liquidity of the material
Mastic water-emulsion №33
Usage: Mastic roofs, Waterproofing of flat roofs, Waterproofing of foundations
Waterproofing water-based mastic cold application Tekhnonikol No. 33 – modified latex and polymer modifiers, does not contain organic solvents. The peculiarity of this mastic is the absence of solvents, which makes it possible to use it in internal premises, it can be applied either mechanically (with the help of a sprayer) or manually (with a roller and brush).
Mastics roofing hot MBG
Usage: Inversion roofs, Waterproofing (anticorrosive protection) of steel structures, Waterproofing of bridges, Waterproofing of flat roofs, Waterproofing of foundations
Roofing mastics of hot application MBG is designed for effective repair and the construction of flat roofs, but can also be used for waterproofing steel structures, concrete blocks, columns, concrete building blocks and pipelines. The use of hot waterproof mastics is more effective and durable than the use of cold mastics because of the greater liquidity of the material. It is an inexpensive equivalent of the popular Tekhnonikol mastic “Eureka”
Mastics roofing waterproofing № 31
Использование: Inversion roofs, Mastic roofs, Waterproofing of flat roofs, Waterproofing of foundations, Waterproofing of industrial seams
Mastic roofing emulsion No. 31 consists of petroleum bitumen, modified with artificial rubber, technological additives and mineral fillers and does not contain organic solvents, which also allows for the use of mastic for internal waterproofing works. In addition, Mastic No. 31 has one of the highest adhesion values with concrete in the whole line of Tekhnonikol mastics.
Mastics roofing waterproofing №21 (Technomast)
Usage: Mastic roofs, Waterproofing of flat roofs, Waterproofing of foundations, Waterproofing of industrial seams
Mastics roofing waterproofing – finished mastic cold application on the basis of bitumen, in the composition of mastic there are technological additives: artificial rubber, mineral fillers, organic solvent, providing high adhesion to virtually any substrate. An important difference between roofing mastics and waterproofing mastics is the presence of ultraviolet stabilizers.
Mastics waterproofing bitumen cold MBH
Usage: Mastic roofs, Waterproofing (anticorrosive protection) of steel structures, Waterproofing of flat roofs, Waterproofing of foundations, Waterproofing of road surfaces
Mastics waterproofing MBH is a bitumen mass, modified with rubber, organic solvents, SBS modifiers, and polymers, in addition, to give greater strength bulkiness to the final mass, contains particles of asbestos (which allows the use of this mastic for smearing joints on industrial hotbeds, joints wood and glass, etc. It can be used almost in construction: in the construction of waterproofing foundations, roofs, anti-corrosion and waterproofing protection of the building structures.
Mastics waterproofing № 24 (MGTN)
Usage: Inversion roofs, Parking of cars, Waterproofing of foundations
Tekhnonikol waterproofing mastic # 24 is designed for waterproofing concrete structures, concrete products, wood and other building structures that are buried and are in permanent or permanent contact with water. It is important to note that this mastic is not roofing (ie does not contain ultraviolet stabilizers, as well as rubber impurities), that is, the use of MGTN No. 24 for repair and roofing is highly discouraged.
Mastics waterproofing universal MBU “Econom” ZKM
Usage: Mastic roofs, Waterproofing of flat roofs, Waterproofing of foundations
Mastics roofing waterproofing – finished mastic cold application on the basis of bitumen, in the composition of mastic there are technological additives: artificial rubber, mineral fillers, organic solvent, providing high adhesion to virtually any substrate. In the composition of this mastic there are also stabilizers, which protect against UV exposure.
Planter ECO
- Profiled membrane ECO Plankter is the inexpensive profiled membrane of Technonikol production, which has low strength, and there is also no stabilization from Ultraviolet and additional plasticizers.
Planter Extra
- Profiled membrane Planter Extra – the most durable profiled membrane produced by Technonikol, which possesses high strength, which makes it possible to use it in the device for the protection of waterproofing of medium deepened foundations.
Planter Extra GEO
- Profiled membrane Planter Extra Geo – membrane of increased strength from secondary plastic with attached geotextile Typar SF20.
Planter Geo
- Profiled membrane Planter Extra Geo – membrane of secondary plastic with attached geotextile Typar SF20 manufactured by the company “Technonikol”
Planter Life
- Profiled membrane Planter Life – a membrane made by TechnoNICOL with a high profile of 20 mm, as well as perforations, is used by Planter Life for the device of green roofs and devices of other landscaping.
Planter Standard
- Profiled membrane Planter Standard is the inexpensive profiled membrane produced by Technonikol, which has low strength, and there is also no stabilization from Ultraviolet and additional plasticizers.
Profile for a deformation joint universal operated bill DVA-50
Usage: The device of expansion joints, The device of expansion joints with extreme loads
Deformational profile Dva-50 (Dilatation device Dva-50 Akvabarer) is used for the construction of expansion joints on highly stressed surfaces (the deformation seam withstands a pressure of 22 MPa, which allows it to be used for seaming at military ranges, as well as for warehouses with loaders on steel wheels and other rooms with extremely high loads). Also, using the deformation profiles, the DWA allows to ensure the unstressed passage of wheeled vehicles.
Deformation profile Compensator Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift A B C 22 DVA–50 / 050 ВА1–110 15 15 40 50 118 232 Profile for a deformation seam facade consignment DGK-FAS 2
Usage: Arrangement of facade deformation seams, The device of strain joints without loads
Deformation profile DGC-FAS 2 (Dilatation device AquaBarrier) – an overhead deformation sealant compensator, equipped with special facade aluminum slats. The compensator is made of thermoplastic elastomer (TEP). It is used for the device of hermetic sealing of the expansion joint on the facades of buildings and on unexploited surfaces. The width of the deformable joint is from 30 to 120 mm. From the deformation profile DGC FAS differs by a more reliable fixation scheme.
Deformation profile Compensator Compensator view Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift А B=C DGK-FAS/030 G2–028 1 1 2 30 34 – G5–028 4 12 8 – DGK-FAS/040 G2–038 2 2 4 40 44 – G5–038 6 22 12 – DGK-FAS/050 G2–048 2 2 4 50 54 – G5–048 8 26 16 – DGK-FAS/070 G5–068 12 38 24 70 74 – – DGK-FAS/090 G5–088 16 50 32 90 94 – – DGK-FAS/120 G5–118 22 62 44 120 124 – – Profile for a deformation seam facade plug-in DGA-FAS
Usage: Arrangement of facade deformation seams, The device of strain joints without loads
Deformation profile DGC-FAS (Dilatation device Aquabarrier) is an insertion deformation sealed compensator equipped with special facade aluminum slats. The compensator is made of thermoplastic elastomer (TEP). It is used for the device of hermetic sealing of the expansion joint on the facades of buildings and non-exploitable surfaces. The width of the deformable joint is from 30 to 120 mm.
Deformation profile Compensator Compensator view Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift А B=C DGK-FAS/030 G2–028 1 1 2 30 30 – G5–028 4 12 8 – DGK-FAS/040 G2–038 2 2 4 40 40 – G5–038 6 22 12 – DGK-FAS/050 G2–048 2 2 4 50 50 – G5–048 8 26 16 – DGK-FAS/070 G5–068 12 38 24 70 70 – – DGK-FAS/090 G5–088 16 50 32 90 90 – – DGK-FAS/120 G5–118 22 62 44 120 120 – – Profile for the deformation seam versatile waybill double DSHS-0 (DSHS-0-UGL)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints without loads
Deformational profile of DPS-0 / DFS-0-UGL (Dilatation device Aquabarrier) is intended for the device of expansion joints with a width of 30 to 200 mm on walls, office, administrative and other buildings, as well as for joints in unexploited floors. The deformation profiles of the DPS series are not intended for operation. The installation of the seam – a bill of lading, mounted directly on the finish coat.
Deformation profile Compensator Types of expansion joints Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift A B C DSHS-0 / 060 C2–055 4 20 30 60 137 137 – DSHS-0-UGL / 060 99 99 – DSHS-0 / 100 C2–100 16 50 40 100 177 177 – DSHS-0-UGL / 100 139 139 – DSHS-0 / 110 C3–105 12 60 50 110 187 187 – DSHS-0-UGL / 110 149 149 – DSHS-0 / 130 C3–125 23 80 70 130 207 207 – DSHS-0-UGL / 130 169 169 – DSHS-0 / 150 C2–140 38 100 80 150 227 227 – DSHS-0-UGL / 150 189 189 – DSHS-0 / 160 C3–155 26 110 90 160 237 237 – DSHS-0-UGL / 160 199 199 – DSHS-0 / 200 C2–195 44 130 100 200 277 277 – DSHS-0-UGL / 200 239 239 – Profile for the deformation weld of the wall-mounted DGK-0 / DGK-0 UGL
Usage: The device of angular expansion joints, The device of expansion joints, The device of expansion joints in walls, The device of strain joints without loads
Deformation profile DGC-0 (Dilatation device AquaBarrier) – an overhead deformational sealer compensator, which consists of two aluminum straps with a thermoplastic elastomer (TEP) compensator. It is used to seal the expansion joint on walls and surfaces that are not used. The width of the settable joint is from 20 to 125 mm. Available in two versions – angular and straight.
Deformation profile Compensator (type) Expansion profile Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift А B=C DGK-0 G2-018 1 1 2 20 72 – DGK–0–UGL / 025 G5-018 2 10 5 25 51 – DGK–0 / 030 G2-028 1 1 2 30 82 – DGK–0–UGL / 025 G5-028 4 12 8 35 61 – DGK–0 / 040 G2-038 2 2 4 40 92 – DGK–0–UGL / 025 G5-038 6 22 12 45 71 – DGK–0 / 050 G2-048 2 2 4 50 102 – DGK–0–UGL / 025 G5-048 8 26 16 55 81 – DGK–0 / 070 G5-068 12 38 24 70 122 – DGK–0–UGL / 025 75 101 – DGK–0 / 090 G5-088 16 50 32 90 142 – DGK–0–UGL / 025 95 121 – DGK–0 / 120 G5-188 22 62 44 120 172 – DGK–0–UGL / 025 125 151 – Profile for the expansion joint decorative patch PSA angular
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints without loads
The PSA strain profile is used exclusively for decorative purposes, it is made of solid aluminum (without compensator) for joints in shopping centers, administrative and office buildings, and apartments. Mounting of the PSA deformation profile with the width of the seam 30, 50 mm can be carried out with the help of a bezanker method (due to a special latch fixing the bar inside the seam). The profiles PSA-100, 150 and 180 are assembled using anchors (an anchor in the kit).
Deformation profile Displacements, mm Dimensions, mm Compression Stretching Shift A B C PSA angular–040 9 9 – 30-33 40 40 PSA angular–050 19 19 – 30-35 50 50 PSA angular–075 20/30 20/31 – 45-50 75 75 PSA angular–110 50 50 – 60-85 110 110 PSA angular–130 70 70 – 70-90 130 130 Profile for the expansion joint of decorative patch PSA
Usage: The device of expansion joints, The device of strain joints without loads
The PSA strain profile is used exclusively for decorative purposes, it is made of solid aluminum (without compensator) for joints in shopping centers, administrative and office buildings, and apartments. Mounting of the PSA deformation profile with the width of the seam 30, 50 mm can be carried out with the help of a bezanker method (due to a special latch fixing the bar inside the seam). The profiles PSA-100, 150 and 180 are assembled using anchors (an anchor in the kit).
Deformation profile Displacements, mm Dimensions, mm Compression Stretching Shift A B C PSA-050 10 10 30 50 50 PSA-075 15 15 50 75 75 PSA-100 40/33 40/33 40-50 100 100 PSA-150 50 50 50-100 150 150 PSA-180 60 60 60-100 180 180 Profile for the expansion joint of the wall DGC-2 / DGK-UGL
Usage: The device of angular expansion joints, The device of expansion joints in walls, The device of strain joints without loads
Deformation profile DGC-2 (Dilatation device Aquabarrier) – a mortgage (under the tile or any other finishing coating with a thickness of 2 mm), a deformable sealing expansion joint consisting of two aluminum straps with a thermoplastic elastomer (TEP) compensator. It is used to seal the expansion joint on walls and surfaces that are not used. The width of the settable joint is from 20 to 125 mm. Available in two versions – angular and straight.
Deformation profile Compensator (type) Expansion profile Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift А B=C DGK-2 / 020 G2-018 1 1 2 20 72 – DGK–2–UGL / 025 G5-018 2 10 5 25 51 – DGK–2 / 030 G2-028 1 1 2 30 82 – DGK–2–UGL / 035 G5-028 4 12 8 35 61 – DGK–2 / 040 G2-038 2 2 4 40 92 – DGK–2–UGL / 045 G5-038 6 22 12 45 71 – DGK–2 / 050 G2-048 2 2 4 50 102 – DGK–2–UGL / 055 G5-048 8 26 16 55 81 – DGK–2 / 070 G5-068 12 38 24 70 122 – DGK–2–UGL / 075 75 101 – DGK–2 / 090 G5-088 16 50 32 90 142 – DGK–2–UGL / 095 95 121 – DGK–2 / 120 G5-188 22 62 44 120 172 – DGK–2–UGL / 125 125 151 – Profile for the expansion joint of the wall DGK-15
Usage: The device of expansion joints, The device of expansion joints in walls, The device of strain joints without loads
Deformation profile DGK-15 (Dilatation device Aquabarrier) – a mortgage (under the tile or any other finishing coating with a thickness of 15 mm), a deformable sealing expansion joint consisting of two aluminum bars with a thermoplastic elastomer (TEP) compensator. It is used to seal the expansion joint on walls and surfaces that are not used. The width of the deformable joint is from 18 to 135 mm. Available in two versions – angular and straight.
Deformation profile Compensator (type) Expansion profile Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift А B/C DGK-15 / 018 Г2-018 1 1 2 18 24/92 – DGK–15–UGL / 035 Г5-018 2 10 5 35 22/72 – DGK–15 / 028 Г2-028 1 1 2 28 34/102 – DGK–15–UGL / 045 Г5-028 4 12 8 45 32/82 – DGK–15 / 038 Г2-038 2 2 4 38 44/112 – DGK–15–UGL / 055 Г5-038 6 22 12 55 42/92 – DGK–15 / 048 Г2-048 2 2 4 48 54/122 – DGK–15–UGL / 065 Г5-048 8 26 16 65 52/102 – DGK–15 / 068 Г5-068 12 38 24 68 74/142 – DGK–15–UGL / 85 85 72/122 – DGK–15 / 088 Г5-088 16 50 32 88 94/162 – DGK–15–UGL / 105 105 92/142 – DGK–2 / 118 Г5-188 22 62 44 118 124/192 – DGK–15–UGL / 135 135 122/172 – Profile for the expansion joint of universal insert TPM-11 | TPM-14
Usage: The device of expansion joints, The device of expansion joints in floors, The device of strain joints with medium loads
Deformation profile of TPM is used for the device of narrow expansion joints, 7/12 mm wide. The TPM profile can withstand the loads produced by passenger cars, as well as pedestrian loads of high intensity. Installation of TPA profiles – a mortgage, is installed under the finish coat with a total thickness of 12, 15, or 20 mm, depending on the modification of the seam. The feature of the TPM seam is the complete sealing of the expansion joint when used in conjunction with the sealant (the profile provides special grooves for sealing the sealant). Installation of a mortgage for a finish coat with a thickness of at least 11/14 mm, depending on the modification of the seam.
Deformation profile Compensator Types of expansion joints Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift A B C TPM-11/007 PM1-007 2 2 1 7 9 64 0,6 TPM-14/012 2 2 1 12 9 64 0,6 Profile for the expansion joint universal insertion double TPA-12 | TPA-15 | TPA-20
Usage: The device of expansion joints, The device of expansion joints in floors, The device of strain joints with medium loads
Deformation profile TPA is used for the device of narrow deformation seams, width of 9 mm. The profile of the TPA can withstand the loads produced by passenger cars, as well as pedestrian loads of high intensity. Installation of TPA profiles – a mortgage, is installed under the finish coat with a total thickness of 12, 15, or 20 mm, depending on the modification of the seam. A rigid compensator completely prevents vertical movement of the joint during operation.
Deformation profile Compensator Types of expansion joints Displacements, mm Dimensions, mm Load, MPa Сжатие Stretching Shift A B C TPA-12 / 010 PA1-008 9 12 – 9 12 62 0,6 TPA-15 / 010 9 12 – 9 12 62 0,6 TPA-20 / 010 9 12 – 9 12 62 0,6 Profile for the expansion joint universal single bill DSHS-0 (DSHS-UHL-0)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints without loads
The deformation profile of the DShS-0 / DShS-0-UGL (Dilatation device Aquabarrier) is designed for the device of expansion joints with a width of 30 to 100 mm on walls, office, administrative and other buildings, and also for joints in unexploited floors. The deformation profiles of the DPS series are not intended for operation. The installation of the seam – a bill of lading, mounted directly on the finish coat.
Deformation profile Compensator Types of expansion joints Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift A B C DSHS-0 / 030 C1–027 2 10 10 30 107 107 – DSHS-0-UGL / 030 69 69 – DSHS-0 / 050 C1–048 8 40 40 50 128 128 – DSHS-0-UGL / 050 90 90 – DSHS-0 / 075 C1–069 19 50 50 75 149 149 – DSHS-0-UGL / 075 111 111 – DSHS-0 / 100 C1–097 2 70 70 100 177 177 – DSHS-0-UGL / 100 139 139 – Profile for the expansion joint universal used mortgage DSHL-15 (DSHL-15 UGL)
Usage: Deformation joints with low loads, The device of angular expansion joints, The device of expansion joints
Deformational profile of Dshm-15 (Dshm-15 UGL) (Dilatation device Aquastop / Akvabarer DShM-15 (Dshm-15 UGL) – designed for the construction of expansion joints in areas of increased pedestrian operational load (shopping centers, shops, etc.) with a load of 0.2 MPa, it is possible to withstand not only a high degree of pedestrian activity, but also the passage of easy storage equipment on pneumatic and rubber wheels.The compensator is made of thermoplastic elastomer (TEP) and can easily be replaced in case of wear, the width of the expansion joint from 15 to 40 mm in Depending on the modification, it is also possible to produce this deformation profile in the angular version.Installation of the GSD 15 – a mortgage (for the finish coating from 15 mm).
Deformation profile Compensator Compensator view Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift А B/C DSHM-15/015 DSHM-15-UGL/025 В0-032 2 2 4 15/25 35/126 0,2 В1-032 5 5 4 35/80 В2-032 1 2 4 35/80 DSHM-15/020 DSHM-15-UGL/030 В0-038 5 5 6 20/30 40/131 0,2 В1-038 6 6 6 40/85 В2-038 2 2 6 40/85 DSHM-15/030 DSHM-15-UGL/040 В0-049 9 9 8 30/40 50/141 0,2 В1-049 10 10 8 50/95 В2-049 2 3 8 50/95 Profile for universal expansion joint mortgage double DSHS-16 (DSHS-16 UGL)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints without loads
The deformation profile of the DShS-16 (DShS-16-UGL) (Dilatation device Aquabarrier) is designed for the device of expansion joints with a width of 50 to 210 mm on walls, office, administrative and other buildings, as well as for joints on unexploited floors. The deformation profiles of the DPS series are not intended for operation. Installation of the seam – a mortgage, is installed under the finish coat with a total thickness of not more than 16 mm.
Deformation profile Compensator Types of expansion joints Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift A B C DSHS-16 / 050 C2–055 4 20 30 50 70
65 133 – DSHS-16 UGL / 070 65 112 – DSHS-16 / 090 C2–100 16 50 40 90 110
105 173 – DSHS-16 UGL / 110105 105 161 – DSHS-16 / 100 C3–105 12 60 50 100 120
116 183 – DSHS-16 UGL / 120 115 161 – DSHS-16 / 120 C3–125 23 80 70 120 140
136 203 – DSHS-16 UGL / 140 135 171 – DSHS-16 / 130 C2–140 38 100 80 130 150
145 213 – DSHS-16 UGL / 150 145 191 – DSHS-16 / 150 C3–155 26 110 90 150 170
165 233 – DSHS-16 UGL / 170 165 211 – DSHS-16 / 190 C2–195 44 130 100 190 210
205 273 – DSHS-16 UGL / 170 205 252 – Profile for universal expansion joint operated by the DPP
Usage: Sealing device for expansion joints, The device of expansion joints, The device of expansion joints with extreme loads
Deformational overhead profile DPP – the most popular, interesting and universal solution for the device of expansion joints in parking lots. Its advantages are:
- High seam separation (20-55 mm), without the need for grooving to the exact size
- Full sealing of the seam
- Stitching on the finish coat
- Possibility of painting in any color according to RAL
- The compensator is made of thermoplastic elastomer (TEP), resistant to chemically active media, and also preserving operating properties over a wide temperature range.
Deformation profile DPV Aquabarrier (as well as other deformation aluminum profiles) is made of aluminum in accordance with GOST 8617-81 t GOST 22233-2001, due to this the material has high strength, chemical and corrosion resistance, durability and environmental safety.
Deformation profile Compensator Compensator view Movement, mm Dimensions, mm Load, MPa Compression Stretching Shift А В=С DPV-8/050 ПН–83–АА 10 30 70 20-55 250 2,1 ПН–81–СО ПН–81–СН Profile for universal expansion joint operated DPS
Usage: Sealing device for expansion joints, The device of expansion joints with extreme loads
Deformational profile DPS-0 is designed specifically for the deformation joints in underground parking lots, like the seam of the DPP, has a floating width of the customized expansion joint (40-50 mm for the DPS-0/050 modification), but in a smaller range. Has a small vertical movement and can withstand any loads created by passenger cars and low-tonnage commercial vehicles. Can be executed from aluminum, stainless steel, and also steel painted in any color on RAL.
The compensator is made of thermoplastic elastomer (TEP), resistant to chemically active media, and also preserving operating properties over a wide temperature range.
Deformation profile Planck Kind of bar Displacements, mm Dimensions, mm Compression Stretching Shift A B C DPS-0 / 020 ПН–83–АА 4 30 30 20 195 2,1 ПН–81–СО ПН–81–СН DPS-0 / 050 ПН–83–АА 5 30 50 40-50 230 2,1 ПН–81–СО ПН–81–СН Profile for universal expansion joint operated mortgage DSHN-UGL
Usage: Sealing device for expansion joints, The device of expansion joints, The device of expansion joints with extreme loads
The deformation profile of DSHN-UGL (Dilatation device Akvastop DSHN-UGL) angular is designed for the device of expansion joints in the construction of the floor with a load of up to 2.0 MPa, it is also used to seal joints in prefabricated metal structures. The compensator is made of EPDM rubber, resistant to ultraviolet radiation and also to high and low operating temperatures, while still protecting the ingress of moisture and dust into the sealed space. Installation of DCHN-UGL – consignment note, it is possible as an overhead installation in an existing seam with a finished finish, and a mortgage.
Deformation profile Compensator Compensator view Movement, mm Dimensions, mm Load, MPa Compression Stretching Shift А В С DSHN-UGL / 085 Н1–067 7 13 8 85 84 199 2 DSHN-UGL / 115 Н1–098 25 15 30 115 115 142 2 DSHN-UGL / 145 Н1–130 20 20 40 145 146 230 2 Profile for universal movement joint mortgage single DSHS-16 (DSHS-UGL-16)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints without loads
The deformation profile of DShS-16 (DShS-16-UGL) (Dilatation device Akvabarer) is designed for the device of expansion joints with width from 20 to 110 mm on walls, ceilings of office, administrative and other buildings, as well as for joints in unexploited floors. The deformation profiles of the DPS series are not intended for operation. Installation of the seam – the mortgage for the finish coat (under the plaster) is not less than 16 mm.
Deformation profile Compensator Types of expansion joints Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift A B C DSHS-16 / 020 C1–027 2 10 30 20 35 102 – DSHS-16-UGL / 040 40 35 81 – DSHS-16 / 040 C1–048 8 40 40 40 55 122 – DSHS-16-UGL / 060 60 55 101 – DSHS-16 / 065 C1–069 19 50 50 65 80 147 – DSHS-16-UGL / 085 85 80 125 – DSHS-16 / 090 C1–097 22 70 70 90 105 172 – DSHS-16-UGL / 110 110 105 151 – Profile for universal operated expansion joint bill DSHA.-T 0 (DSHA.-T 0)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints with a high load
Deformation profile DASHA.-T-0 (DSCA.-T-0) (Dilatation device Aquastop / Aquabarrier DHA.-T-0 (DASHA.-T-0 UGL) – high-strength deformation profile for the construction of seams with high loads, allows travel cargo vehicles with a carrying capacity of up to 7 tons, as well as any light vehicles and minibuses, a width of the designed expansion joint of 85 mm, it is also possible to produce this deformation profile in the angular version. including asphalt).
Deformation profile Compensator Compensator view Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift А В=С DSHA.Т–0 / 085 А.Т1–075 10 10 15 85 253 0,7 DSHA.Т–0–УГЛ / 085 168 Profile for universal operated expansion joint bill DSHA.TS-0 (DSHA.TS-UHL-0)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints with a high load
Deformation profile DSHA.TS-0 (Dilatation device AQUASTOP DSHA.TS-0-UGL) is used for the device of highly exploited expansion joints, depending on the width of the def. seam: 245 (mm) / 0,9 MPa – high degree of operation (trucks up to 35 tons, large passenger transport, loaders, loaders, etc.), 285 (mm) / 0.5 MPa – (cargo vehicles up to 20t, passenger transport, etc.), 335 (mm) / 0.3 MPa – low level of loading (passenger cars, high pedestrian load). Mounted on top of the finish coat.
Deformation profile Compensator Compensator view Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift А В=С DSHA.TS–0 / 245 А.ТS1–235 50 50 28 245 417 0,9 DSHA.TS–0–UGL / 245 332 DSHA.TS–0 / 285 А.ТS1–275 50 50 34 285 457 0,5 DSHA.TS–0–UGL / 285 372 DSHA.TS–0 / 335 А.ТS1–325 50 50 40 335 507 0,3 DSHA.TS–0–UGL / 335 422 Profile for universal operated expansion joint bill DSHA.TS-20 (DSHA.TS-UHL-20)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints with a high load
Deformation profile DASHA.TS-20 (Dilatation device AQUASTOP DASHA.TS-20-UGL) is used for the device of highly exploited expansion joints, depending on the width of the def. seam: (210, 230 mm) / 0.9 MPa – high degree of operation (trucks up to 35 tons, large passenger transport, loaders, etc.), (250, 270 mm) / 0.5 MPa – average degree of operation (trucks up to 20t, passenger transport, etc.), (300, 320 mm) / 0.3 MPa – low load (passenger cars, high pedestrian load). Mounted to the finish coat with a thickness of 20 mm.
Deformation profile Compensator Compensator view Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift А В/С DSHA.TS–20 / 210 А.ТS1–235 50 50 28 210 230
243/357 0,9 DSHA.TS-20-UGL / 230 245/302 DSHA.TS–20 / 250 А.ТS1–275 50 50 34 250 270
283/397 0,5 DSHA.TS-20-UGL / 270 285/342 DSHA.TS–20 / 300 А.ТS1–325 50 50 40 300 320
333/347 0,3 DSHA.TS-20-UGL / 320 335/392 Profile for universal operated expansion joint bill DSHKA-0 (DSHKA-UGL-0)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints with a high load
Deformation profile of DSHKA-0 (Dilatation device Aquastop DSHKA-0-UGL) is used for the device of highly exploited expansion joints, including coping with the loads produced by any vehicles and loaders (except for forklifts on solid and tire tires). The compensator is made of thermoplastic elastomer (TEP). The installation of the DSHKA-0 is carried out by the overhead method directly on the finish coat.
Deformation profile Compensator Compensator view Movement, mm Dimensions, mm Load, MPa Compression, mm Stretching, mm Shift, mm А B=C DSHKA-0/050 КЗ-044 15 35 10 50 220 1,8 DSHKA-0-UGL/055 55 140 DSHKA-0/060 КЗ-054 20 45 12 60 230 1,8 DSHKA-0-UGL/065 65 150 DSHKA-0/070 КЗ-064 30 75 15 70 240 1,8 DSHKA-0-UGL/075 75 160 DSHKA-0/080 КЗ-074 40 80 20 80 250 1,8 DSHKA-0-UGL/085 85 170 DSHKA-0/100 КЗ-094 45 80 25 100 270 1,5 DSHKA-0-UGL/105 105 190 Profile for universal operated expansion joint bill DSHKA-16 (DSHKA-UGL-16)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints with a high load
Deformation profile DSHKA-16 (Dilatation device Aquastop DSHKA-16-UGL) is used for the device of highly exploited expansion joints, including coping with loads produced by any vehicles and forklifts (except for forklifts on solid and tire tires). The compensator is made of thermoplastic elastomer (TEP). The installation of the DSHKA-16 is carried out by a mortar method for the final coating with a total thickness of 16 mm.
Deformation profile Compensator Compensator view Movement, mm Dimensions, mm Load, MPa Compression, mm Stretching, mm Shift, mm А B/C DSHKA-16/050 КЗ-044 15 35 10 50 50/200 1,8 DSHKA-UGL-16/055 55 55/130 DSHKA-16/060 КЗ-054 20 45 12 60 60/210 1,8 DSHKA-UGL-16/065 65 65/140 DSHKA-16/070 КЗ-064 30 75 15 70 70/220 1,8 DSHKA-UGL-16/075 75 75/150 DSHKA-16/080 КЗ-074 40 80 20 80 80/230 1,8 DSHKA-UGL-16/085 85 80/160 DSHKA-16/100 КЗ-094 45 80 25 100 100/250 1,5 DSHKA-UGL-16/105 105 105/180 Profile for universal operated expansion joint bill DSHKA-50 (DSHKA-UGL-50)
Usage: The device of angular expansion joints, The device of expansion joints, The device of strain joints with a high load
Deformation profile DSHKA-50 (Dilatation device Aquastop DSHKA-50-UGL) is used for the device of highly exploited expansion joints, including coping with the loads produced by any vehicles and loaders (except for forklifts on solid tires and tire tires). The compensator is made of thermoplastic elastomer (TEP). The installation of the DSHKA-50 is carried out by a mortar method for the final coating with a total thickness of 50 mm.
Deformation profile Compensator Compensator view Movement, mm Dimensions, mm Load, MPa Compression, mm Stretching, mm Shift, mm А B/C DSHKA-50/020 КЗ-044 15 35 10 20 50/165 1.20 DSHKA-50-UGL/040 40 55/112 DSHKA-50/030 КЗ-054 20 45 12 30 60/175 1.20 DSHKA-50-UGL/050 50 65/122 DSHKA-50/040 КЗ-064 30 75 15 40 70/185 1.20 DSHKA-50-UGL/060 60 75/132 DSHKA-50/050 КЗ-074 40 80 20 50 80/195 1.20 DSHKA-50-UGL/070 70 80/142 DSHKA-50/070 КЗ-094 45 80 25 70 100/215 0.90 DSHKA-50-UGL/090 90 105/162 Profile for universal operated expansion joint bill DSHN-30 (DSHN-UGL-30)
Usage: Sealing device for expansion joints, The device of angular expansion joints, The device of strain joints with a high load
The deformation profile of DSHN-30 / DSHN-30-UGL (Dilatation device Akvastop DSHN-30 / DSHN-30-UGL) is used to seal expansion joints on surfaces with a high degree of exploitation (maximum load of 3.0 MPa), allocates any type of motor vehicle, including including load-carrying capacity up to 40 tons, as well as any kinds of loaders. The compensator is made of EPDM rubber, resistant to ultraviolet radiation and also to high and low operating temperatures, while still protecting the ingress of moisture and dust into the sealed space. Mounting ДШН-30 – mortgage, is mounted under the finish coat with a thickness of up to 30 mm.
Deformation profile Compensator Compensator view Movement, mm Dimensions, mm Load, MPa Compression Stretching Shift А В С DSHN-30 / 040 Н1–067 7 13 8 40 84 199 3 DSHN-UGL-30 / 060 60 84 142 DSHN-30 / 070 Н1–098 25 15 30 70 115 230 2,5 DSHN-UGL-30 / 090 90 115 173 DSHN-30 / 100 Н1–130 20 20 40 100 146 261 2 DSHN-UGL-30 / 120 120 146 204 Profile for universal operated expansion joint bill DVA-30
Usage: The device of expansion joints, The device of expansion joints with extreme loads
Deformational profile DVA-30 (Dilatation device Dva-30 Aqua-barrier) is used for the construction of expansion joints on highly stressed surfaces (the deformation seam withstands a pressure of 22 MPa, which allows it to be used for joints at military ranges, as well as for warehouses with loaders on steel wheels and other rooms with extremely high loads). Also, using the deformation profiles, the DWA allows to ensure the unstressed passage of wheeled vehicles.
Deformation profile Compensator Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift A B C 22 DVA–30 / 050 ВА1–110 15 15 40 50 118 232 Profile for universal operated expansion joint bill DVS-11
Usage: Устройство герметизации деформационных швов, Устройство деформационных швов с экстримальными нагрузками
Deformational profile DVS-11 – the most durable profile among the produced not only in Russia, but in general. It is able to withstand almost any load that can create the strength of the deformation profile of 200 MPa, vertical displacement up to 2 mm, is designed for the construction of heavy equipment parking on caterpillar tracks. The deformation joint is fully sealed. Installation mortise for the finish coating thickness of 11 mm.
Deformation profile Displacements, mm Dimensions, mm Load, MPa Compression Stretching Shift A B C DVS-11 / 065 (B=240) 20 20 2 20-65 240 240 200 DVS-11 / 065 (B=280) 20 20 2 20-65 280 280 200 Profile for universal operated expansion joint bill of FAS-DSHKA
Usage: Arrangement of facade deformation seams, Deformation joints with low loads, The device of expansion joints
Deformation profile of DSHKA-FAS (Dilatation device Aquastop DSHKA-FAS-UGL) is used for the construction of facade deformation seams (from other seams it is distinguished by another type of aluminum bars, and also by mounting method). At the device of a deformation facade seam withstands significant loads (0.30 MPa).
Deformation profile Compensator Compensator view Movement, mm Dimensions, mm Load, MPa Compression, mm Stretching, mm Shift, mm А B=C DSHKA-FAS/070 КЗ-064 30 75 15 70 70 0,3 DSHKA-FAS/080 КЗ-074 40 80 20 80 80 0,3 DSHKA-FAS/100 КЗ-094 45 80 25 100 100 0,3 Profile for universal operated expansion joint mortgage DPSH-30 (DPSH-UGL-30)
Usage: Sealing device for expansion joints, The device of expansion joints, The device of expansion joints in underground parking lots, The device of strain joints with a high load
Deformational profile of DPSH (Dilatation device Aquastop DPSh) – designed for the construction of expansion joints in conjunction with PVC waterproofing membranes on flat roofs, bridges, underground and above ground parking lots and other structures where full waterproofing of the coating in conjunction with the deformation seam is required. Deformation profile DPHS withstands high loads. in t.ch. cargo motor transport on pneumatic tires with a carrying capacity of up to 40 tons, as well as any types of loaders, roaches, etc.
Deformation profile Compensator Compensator view Movement, mm Dimensions, mm Load, MPa Compression Stretching Shift А В С DPSH-30 / 050 P1–102 5 30 30 50 105 212 3 DPSH-UGL-30 / 050 P2–076 5 30 30 50 78 130 3