English  |
Product possesses CE certificate
Non-woven geofabrics are built from durable polypropylene fibres with high tensile strength, from 6 kN/m to 45 kN/m. They are most frequently used in:
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PET And PP Non-woven Geotextiles
Product possesses CE certificate
Non-woven geofabrics are built from durable polypropylene fibres with high tensile strength, from 6 kN/m to 45 kN/m. They are most frequently used in:
road construction (motorways, access roads, parking lots, airports, etc.)
waterway construction (levees, reservoirs, reinforcement of sea coasts, etc.)
land amelioration (various types of drainage and filtration)
accelerating consolidation of low-bearing soils under railroad and road embankments
construction of horizontal and vertical geosynthetic drains
construction of separation layers between fine-grain soils (loamy, dusty, or clayey) and coarse sand, gravel, aggregate, rubble, or crushed rock
construction of anti-silting drain covers from prefabricated pipe or coarse-grain materials
reinforcement of the upper layers of road foundations or lower layers of subgrade, in order to reduce use of materials and lengthen service life of the structure
reinforcement of road shoulders, escarpments, embankments, and landslides
construction of protective / drainage layers (protection of geomembranes) in construction of landfills
high elasticity and adaptability to surface shape
defined specifications for resistance to elongation, tearing and piercing
high resistance to natural environmental factors (such as fungus or mould), acids, bases, liquid fuels, solvents
good horizontal and vertical water permeability under pressure
environmentally friendly
PET And PP Non-woven Geotextiles
Product possesses CE certificate
Non-woven geofabrics are built from durable polypropylene fibres with high tensile strength, from 6 kN/m to 45 kN/m. They are most frequently used in:
road construction (motorways, access roads, parking lots, airports, etc.)
waterway construction (levees, reservoirs, reinforcement of sea coasts, etc.)
land amelioration (various types of drainage and filtration)
accelerating consolidation of low-bearing soils under railroad and road embankments
construction of horizontal and vertical geosynthetic drains
construction of separation layers between fine-grain soils (loamy, dusty, or clayey) and coarse sand, gravel, aggregate, rubble, or crushed rock
construction of anti-silting drain covers from prefabricated pipe or coarse-grain materials
reinforcement of the upper layers of road foundations or lower layers of subgrade, in order to reduce use of materials and lengthen service life of the structure
reinforcement of road shoulders, escarpments, embankments, and landslides
construction of protective / drainage layers (protection of geomembranes) in construction of landfills
high elasticity and adaptability to surface shape
defined specifications for resistance to elongation, tearing and piercing
high resistance to natural environmental factors (such as fungus or mould), acids, bases, liquid fuels, solvents
good horizontal and vertical water permeability under pressure
environmentally friendly