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Translucid, flexible, thin, 100% coconut fiber (F) biotextile interlaced with a longitudinal industrial seam using resistant degradable polypropilene thread forming a resistant mesh incorporated into resistant unidimensional (U) or bidimensional (B) polypropilene nets to provide high resistance. Stored as plastic film packaged coils.

Application:
Bioengineering projects, degraded areas, polyducts, airports, highways, railways, home and industrial projects, mining operations, landscaping projects, slopes (any gradient), medium and high flow canals, waterway margins and highly erosion susceptible areas.

There are three different Fibrax Screens:

Fibrax Screen 300UF
Unidimensional Coconut Fiber Anti-Erosion Biodegradable Blanket

Fibrax Screen 300BF
Bidimensional Coconut Fiber Anti-Erosion Biodegradable Blanket

Fibrax Screen 400BF
Bidimensional Coconut Fiber Anti-Erosion Biodegradable Blanket

Download Installation Guide
Download Technical Specifications
Organic matrix 100% coconut fiber
Length (m) 33.40
Width (m) 1.50 or 3.00
Coil area (m²) 50.00 or 100.00
Organic matrix weight/area (g/m²) 300.00
Coil weight (kg) 15.00 or 30.00
Duration (months) 30-48
Tensile strength (kgf/m) 60.00
Coil diameter (m) 0.35
Line spacing (cm) 5.00
Point length (cm) 6.00
Maximum slope gradient (H:V) 1:1.5
Erosion susceptibility Medium/High
Organic matrix 100% coconut fiber
Length (m) 33.40
Width (m) 1.50 or 3.00
Coil area (m²) 50.00 or 100.00
Organic matrix weight/area (g/m²) 300.00
Coil weight (kg) 15.00 or 30.00
Duration (months) 36-48
Tensile strength (kgf/m) 65.00
Coil diameter (m) 0.35
Line spacing (cm) 5.00
Point length (cm) 6.00
Maximum slope gradient (H:V) 1:2
Erosion susceptibility Medium/High
Organic matrix 100% coconut fiber
Length (m) 33.40
Width (m) 1.50 or 3.00
Coil area (m²) 50.00 or 100.00
Organic matrix weight/area (g/m²) 400.00
Coil weight (kg) 20.00 or 40.00
Duration (months) 48-60
Tensile strength (kgf/m) 70.00
Coil diameter (m) 0.40
Line spacing (cm) 5.00
Point length (cm) 6.00
Maximum slope gradient (H:V) >1:2
Erosion susceptibility High