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Geotex Woven

Featuring high tensile strengths and low elongations,

our Geotex woven geotextiles have a remarkable

capacity for filtering soils, distributing loads, reducing

rutting and extending the life of paved and unpaved

roadways. Made from individual yarns woven together

to provide dimensionally stable geotextiles, they

are resistant to ultraviolet (UV) degradation and to

biological and chemical environments normally found

in soils.

Geotex High-Strength Woven

Woven with high-tenacity polyester and/or ultraviolet(UV)- resistant polypropylene yarns, Geotex soil

reinforcement geotextiles are designed to hold up to

the challenges of structural reinforcement in civil and

environmental applications. The unique strength of

Geotex makes it ideal for embankment reinforcement

over any slope, as well as earth retaining structures,

lagoon closures and landfill geomembrane liners.

Whatever the soil reinforcement application, Geotex is

the more effective, more economical solution.

Geotex Nonwoven

Made from the highest quality polypropylene fibers, ourGeotex nonwoven geotextiles are needle punched to

form a strong fabric that retains its dimensional stability,

adding years to the life of any roadway, railroad, landfill

or civil/environmental engineering project. Used in

subsurface drainage, separation, stabilization, erosion

control and cushioning applications, our geotextiles

are resistant to ultraviolet (UV) degradation and to

biological and chemical environments normally found

in soils.

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Landlok Erosion Control Blankets (ECBs)

Landlok ECBs are ideal erosion control products for the short-term challenge of establishing vegetation in low to moderate

erosion applications. Unlike loose fiber mulches, a Landlok erosion control blanket gives your project dimensional stability,

locking seed and soil in place and protecting seedlings to promote faster vegetation growth and a stronger root system.

ECBs are easy to install and are designed to degrade over specific periods of time depending on application requirements

and project location. These geosynthetic solutions are comprised of either straw and/or coconut fibers or polypropylene

yarns and fibers. Landlok ECBs are reinforced on one or both sides by polypropylene netting.

Landlok Turf Reinforcement Mats (TRMs)

Landlok TRMs are perfect geosynthetics for moderate-

flow storm water channels, banks and steep slopes where

both immediate and long-term erosion control is needed.

Using our patented X3 fiber technology, a Landlok turf

reinforcement mat traps more seed, soil and water in place

than traditional hard armor products, yielding faster and

fuller vegetation. X3 also provides reinforced vegetation

with twice the erosion protection of other TRMs and erosion

control blankets. Landlok TRMs are available in temporary

or permanent material construction. Our temporary TRMs

are constructed of a dense web of polypropylene fiberspositioned between two biaxially oriented nets. Permanent

TRMs feature a 3-dimensional woven material construction

which allows increased design life over temporary netted,

fused, glued or stitchbonded TRMs. All of our TRMs are made

of 100% synthetic, ultraviolet (UV)- stabilized components

and are completely non-degradable.

BEFORE AFTER

Temporary Permanent

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GRIDPRO Geogrids

GridPro geogrids by Propex interlock with the soil and aggregate base to increase the load bearing capacity of the

soil layer. Their rigid construction provides high tensile strength properties for soil reinforcement applications that are

subjected to short-term dynamic loads as well as moderate to heavy loads over longer periods of time.

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GRIDPRO Biaxial Geogrids For BaseAnd Subgrade Reinforcement

GridPro BXP Biaxial geogrids are punched and drawn

from high grade polypropylene that is integrally formed

into a biaxial geogrid.

GRIDPRO Uniaxial Geogrids ForSlopes And Walls

GridPro UXP S and W series geogrids are made of high

density (HDPE) resins that resist elongation when subjected

to high loads for long periods of time and provide high

strength and high modulus in roll direction.