Geotextiles

76 Series

High-performance geotextiles with mechanical and hydraulic properties that optimize soil separation and filtration. The 76 Series geotextiles offer recognized quality and uniformity. Designed specifically to meet Quebec standards, they are used in civil and municipal infrastructure.

Applications: streets, roads, parking lots, bike paths, and storage areas.

MTQ – BNQ 7009-210 certified models : 7605 (F1), 7609 (S1-F2), 7612 (S2-P1).

C Series

The Texel C Series includes versatile needle-punched nonwoven geotextiles whose mechanical and hydraulic properties optimize soil separation and filtration functions. Available in a wide range of grades and formats, these products offer reliable performance for a variety of civil engineering and environmental works. Recognized for their quality and uniformity, the Texel C Series is suitable for numerous construction projects.

The Texel C Orange Series provides the same technical performance with a bright orange color that acts as a visual warning layer to prevent unwanted excavation below the geotextile.

Applications: streets, roads, parking lots, bike paths, and storage areas.

F Series

The F Series includes a range of needle-punched nonwoven geotextiles with optimized physical, mechanical, and hydraulic properties for filtering fine and clay soils (D50 < 60 µm). The F Series offers high-performance, durable products suitable for various civil and environmental infrastructure applications.

Applications: separation of fine and clay soils, drainage trenches.

900 Series

This series includes a set of geotextiles whose physical, mechanical, and hydraulic properties optimize protection and drainage functions. These geotextiles are commonly used in environmental applications as well as civil and municipal infrastructure.

Applications: protection against geomembrane puncture and erosion control on dikes and embankments with riprap.

MTQ – BNQ 7009-210 certified models: 912 (P2) et 918 (P3)

E Series

The Texel E Series includes needle-punched nonwoven geotextile products whose physical, mechanical, and hydraulic properties optimize protection and drainage functions. These geotextiles are widely used in environmental works, particularly for geomembrane protection, as well as for stabilizing slopes, dykes, and embankments. In containment applications, the properties of the Texel E Series allow them to replace sand and act as a local stress-reduction layer, preventing or minimizing potential damage to adjacent material layers.

Applications: protection against geomembrane puncture and erosion control on dikes and embankments with riprap.

Geo-9 Series

Geocomposites combining the properties of woven and nonwoven geotextiles to provide optimal performance in reinforcement, separation, filtration, and drainage. Their versatility makes them an excellent solution for challenging site conditions in civil and municipal infrastructure.

Applications: reinforcement of soft and fine soils*.

MTQ-compliant and BNQ 7009-210 certified models: R1 grade and R2 grade*

GEO-9 R2: maximum filtration openings of 70 µm, for fine soils.

SX Series

The SX Series brings together several woven geotextiles manufactured using different production processes. These geotextiles are specifically designed to provide reinforcement and filtration beneath structures that must withstand significant mechanical loads, and are often used in civil infrastructure applications as well as landscape architecture and horticulture.

Applications: limiting rutting, behind retaining walls, weed control in flower beds, residential driveways, pedestrian circulation areas in plant production sites.

Envirotex Series by MP Remedia

The Envirotex Series offers eco-friendly geocomposites capable of filtering and decontaminating runoff water. Thanks to their active microspheres, they degrade hydrocarbons and NH4 (Ammonium) and capture heavy metals, thereby protecting soils and groundwater.

Applications: green infrastructure, contaminated sites, and port or airport zones.

Filtex

Filtex is a filtration geotextile designed to reduce the risk of biological clogging in drainage systems used in domestic and industrial landfill sites. Its hydraulic properties—such as its large filtration opening—combined with the specific treatment applied to the fibers, prevent bacterial growth and long-term clogging of both the geotextile and the drain.

Applications: drainage systems in landfill sites.

Geo-Absorb

Texel’s Geo-Absorb is a product used for oil-absorption applications. This product is tested for the absorption of motor oil (10W30). The test results help guide users toward an informed choice for environmental protection, whether for controlling daily drips or preventing a spill.

Applications: protection against motor oil spills.

Compostex

When placed on a sloped surface, Compostex composting covers retain up to 100% of precipitation and snowmelt, thereby preventing excess moisture levels in active, maturing, and/or finished compost. By helping maintain optimal moisture levels, Compostex optimizes and accelerates the composting process and results in a higher-quality finished product. Made from high-quality UV-protected polypropylene fibers, this needle-punched nonwoven is fully permeable to oxygen and carbon dioxide.

Applications: composting.

Landscaping Geotextiles

Our landscaping geotextiles are designed to deliver durable and reliable performance across a wide range of outdoor applications. Whether for weed control, winter protection, soil separation, root protection, or the installation of flower beds, lawns, private driveways, water gardens, or commercial areas, our landscaping geotextiles provide solutions tailored to every need.

Production-Area Geotextiles

Whether for field production, greenhouses, or nurseries, Texel offers a wide range of products for efficient water management, weed control, and the protection of work surfaces. Some products also help increase plant productivity with winter protection solutions adapted to both container-grown and field-grown crops.

Winter Protection Geotextiles

Winter protection geotextiles offer a durable and reusable solution for protecting trees, shrubs, vines, and other vegetation against frost, wind, and desiccation. Easy to install, they help minimize winter losses and ensure healthier plants in the spring.

Vineyard Protection Geotextiles

Viticultural protection geotextiles provide an ecological, durable, and reusable solution for protecting vines from frost. They reduce temperature fluctuations, prevent winter desiccation, and promote the survival of primary buds, thereby ensuring better yields and high-quality production.

Tex-Cure Series

Tex-Cure is a white absorbent fabric designed to ensure better-controlled curing of horizontal concrete surfaces such as bridge decks and overpasses. Using this product to cover such structures during the curing period results in a smoother, harder surface that is more resistant to water exposure and de-icing salts. The structure built in this way performs well under freeze–thaw cycles. Tex-Cure meets the requirements of MTQ Standard 3501.

Geopure Series

Geopure is a needle-punched nonwoven geotextile specifically developed for use in the filter elements of septic systems (absorption or polishing fields) to provide separation between clean stone or sand and the natural soil surrounding the treatment system. Made from synthetic materials resistant to decomposition, Geopure offers mechanical strength and permeability better suited to this application than conventional blotting-paper solutions.

Geoconduct

The Geoconduct range includes patented geotextiles that provide electrical conduction and mechanical protection through a conductive grid combined with one or more needle-punched nonwoven geotextiles. The characteristics of the geotextiles used are validated for each project according to the site’s mechanical constraints and the desired level of protection. Geoconduct can be installed beneath or between two geomembranes. When placed beneath a geomembrane, it eliminates dependence on the type of subgrade, while when installed between two geomembranes, it enables primary containment integrity testing without the need to flood the structure.