Geotextile

Woven Geotextile and Non-woven Geotextile

In addition to our standard woven ground cover, which is ideal for weed suppression, we also offer specialised geotextiles. For example, we have our 200-gram non-woven geotextile, perfect for applications requiring high water permeability and sand retention, such as infiltration crates. For projects requiring high tensile strength, such as in civil engineering, our woven Geotextile PP60 is the ideal choice. This fabric offers excellent stability and can withstand high loads.

Our 200-gram non-woven geotextile and PP60 geotextile are just a few examples from our extensive product range. Please contact us for advice on the most suitable solution for your project.

Woven geotextile is a technical textile made from yarns (in our case, polypropylene). A loom is used to weave these yarns together in a criss-cross pattern, similar to how traditional fabrics are made. This results in a strong and stable product with relatively little stretch.

Characteristics of geotextiles:

High tensile strength: Thanks to its woven structure, it can withstand considerable force in the longitudinal direction.

Low elongation: Unlike some other geotextiles, woven geotextiles are less elastic.

Good separation and reinforcement capabilities: Often used to separate and stabilise different layers in the subsoil.

Water-permeable: Depending on the weave pattern and material, it can also allow water to pass through, although this is often to a lesser extent than with non-woven geotextiles.

NOT UV-stable: As standard, we manufacture the geotextile without a UV stabiliser. It is therefore not suitable for use on the surface, as it will deteriorate relatively quickly due to the sun’s UV light.

Applications of woven geotextiles:

Road and railway construction

• Separating layer: It prevents the mixing of different sub-base layers, such as sand and gravel or soil and crushed stone.
• Reinforcement: Its tensile strength helps to prevent subsidence, particularly on soft ground.

Bank protection and hydraulic engineering

• Placed beneath stone revetments or basalt blocks to prevent the underlying soil from being washed away.
• Protection of dykes, riverbanks and canal walls.

Foundations and platforms

• Under temporary or permanent construction roads, crane platforms or foundation structures, particularly in poor soil conditions.

Agriculture and horticulture

• Sometimes used for soil drainage or as a root barrier, although non-woven or specific woven ground covers are more commonly used for this purpose.

Woven vs. non-woven geotextiles