Made in Canada Nonwoven Geotextile Landscape Fabric ** TEXEL**

Uses: Roadway Separation. Roadway Stabilization. Drainage. Temporary Erosion Control. Permanent Erosion Control. Geomembrane Liner Protection. Weed Barrier French Drains Drain Wrap Interlocking Pavers Retaining Walls Silt Fence Filtration Rip Rap

Geotextiles from the Big Box Stores or the Garden Centers are inferior They Clog and Breakdown. They are smaller in width and length and thinner. They are Expensive. You don't want to install Thousands of dollars worth of Product and Labour on top of Offshore Untested Fabric.

Garden Centers sell inferior for $0.45/ Sq Foot MY PRICE $.138/ Sq Foot for 15 foot roll.

The following fabric is 4.5 oz/ square yard 153 gram / square meter

Please call in advance as not all sizes are always available.

5 ft wide X 50 ft long = 250 sq ft = $60 5 ft wide X 100 ft long = 500 sq ft = $100 5 ft wide X 150 ft long = 750 sq ft = $140 5 ft wide X 200 ft long = 1000 sq ft = $165 5 ft wide X 250 ft long = 1250 sq ft = $199 5 ft wide X 360 ft long = 1800 sq ft = $250 -------------------------------------------------- 5 ft wide X 360 ft long = 1800 sq ft = $250 7.5 ft wide X 360 ft long = 2700 sq ft = $375 10 ft wide X 360 ft long = 2700 sq ft = $499 12.5 ft wide X 360 ft long = 3600 sq ft = $625 15 ft wide X 360 ft long = 5400 sq ft = $749

Weight: 15 ft x 360 roll = 172 lbs 5 ft x 360 roll = 57 lbs

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This Geotextile is used by Government and Institutions. Commercial Grade Nonwoven Geotextile Fabric. Recommended by Soil Engineers. Designed so that it will not clog. Will not degrade. Lasts Lifetime. Quality Made in Canada

Geotextile Fabric perfect for: Drainage (around weeping tiles & retaining walls) Separation (Aggregate and Fill) Weed Prevention (under Pavers)

Please see Link:

http://texel.ca/fileadmin/medias/documents/en/geosynthetics/specifications-sheets/geotextiles/geot_C_series_en_2019-07-23.pdf

The fibers are needled to form a stable network that retains dimensional stability relative to each other. The geotextile is resistant to ultraviolet degradation and to biological and chemical environments normally found in soils.