The geotextile for separation, filtration and protection
A non-woven geotextile made of synthetic polyester or polypropylene fibres, white or coloured, pressed and hot-calendered, which can also be customized with specific treatments.
Available with a range of different tensile strengths and specifications that differ according to the nature of the raw material used in manufacture.
Non-woven geotextiles are used predominantly to separate layered aggregates of different grain sizes, so that the layer containing finer grain particles will not penetrate the layer made up of coarser particles. These same non-wovens are also used for the protection of geomembranes and waterproof barriers in general, by virtue of their resistance to compressive stresses, and as a filter medium in drainage works, given that they are permeable to water and at the same time able to trap and retain solid particles.
Non-woven geotextile manufactured from virgin PP with high tenacity fibres, colour white, available in rolls of different widths (from 1 to 6 m) and with weights of 70 to 2000 g/m2. The product of the Geodren range offering the highest level of performance.
Non-woven geotextile made of recycled PP, multicoloured, available in rolls of different widths (from 1 to 6 m) and with weights of 150 to 1500 g/m2. A product that meets the requirement for good mechanical performance combined with environmental sustainability.
Non-woven geotextile made of recycled PES, colour white, available in a comprehensive range of widths and weights to meet the needs of small jobs and large projects alike. A product offering good levels of performance together with proven eco-sustainability.
Non-woven geotextile made of recycled PES, multicoloured, also available in a wide range of widths and weights. The product of the family with the lowest cost.
Foundation in a dock area
With non-woven GEODREN® geotextile products offered in a wide range of strength, weight and width options, there will always be one that meets the requisite engineering and cost criteria, even when used in combination with other specific materials.
