Coir Erosion Control Blanket in India

Coir Erosion Control Blanket (350-900 GSM)

Coir Erosion Control Blanket is manufactured from 100% coconut fiber. Top and bottom covered with UV stabilized black polypropylene net stitching together with a black thread to produce the blanket. The coconut fiber is evenly distributed with-in the net in a roll form. They are shipped in polythene bags with ventilation holes. This blanket is designed for 3-4 years life span in the normal condition.

Natural Fiber Composition

Excellent Soil Stabilization

High Water Absorption

Durable & Long-Lasting

Promotes Vegetation Growth

Features of Coir Erosion Control Blanket

Made from natural coconut fiber
Eco-friendly and biodegradable
Improves soil stability
Supports vegetation growth
Effective erosion protection

Applications

Riverbank erosion control
Highway embankments
Railway embankments
Landscaping projects
Slope stabilization

Versatile by Design, Reliable in Every Environment.

From subgrade waterproofing to rooftop drainage, performance you can count on.

Basement Walls

Used for Highways and Road Construction to maintain proper drainage.

Highways

Ideal for basement waterproofing and retaining wall protection.

Metro/Train Road Tunnels

Prevents waterlogging and structural moisture in parking areas.

Waterproofing Membranes

Prevents waterlogging and structural moisture in parking areas.

Terrace Gardens

Prevents waterlogging and structural moisture in parking areas.

Parking Areas

Prevents waterlogging and structural moisture in parking areas.

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Basement Walls

Used for Highways and Road Construction to maintain proper drainage.

Tap to flip ↻

Highways

Ideal for basement waterproofing and retaining wall protection.

Tap to flip ↻

Metro/Train Road Tunnels

Prevents waterlogging and structural moisture in parking areas.

Tap to flip ↻

Waterproofing Membranes

Prevents waterlogging and structural moisture in parking areas.

Tap to flip ↻

Terrace Gardens

Prevents waterlogging and structural moisture in parking areas.

Tap to flip ↻

Parking Areas

Prevents waterlogging and structural moisture in parking areas.

Tap to flip ↻

Erosion Control

Prevents soil loss and protects landscapes from water or wind damage.

Tap to flip ↻

Landscaping

Enhances outdoor spaces with natural beauty and functional design.

Tap to flip ↻

Stream Bank Stabilization

Strengthens riverbanks to reduce erosion and maintain water flow.

Tap to flip ↻

River Embankments

Provides durable protection against flooding and soil displacement.

Tap to flip ↻

Re-Vegetation

Restores natural greenery to improve soil strength and ecosystem balance.

Tap to flip ↻

Soil Erosion Control

Maintains land stability and supports sustainable environmental growth.

Erosion Control

Prevents soil loss and protects landscapes from water or wind damage.

Landscaping

Enhances outdoor spaces with natural beauty and functional design.

Stream Bank Stabilization

Strengthens riverbanks to reduce erosion and maintain water flow.

River Embankments

Provides durable protection against flooding and soil displacement.

Re-Vegetation

Restores natural greenery to improve soil strength and ecosystem balance.

Soil Erosion Control

Maintains land stability and supports sustainable environmental growth.

The Pinnacle of Quality and Durability

Coir Erosion Control Blanket (350-900 Gsm)

The INDOKON Coir Erosion Control Blanket are biodegradable, it gradually decompose and integrate with the soil, making them environmentally friendly.

With Straw

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Without Straw

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FAQ – HDPE Dimple Board

It is a biodegradable mat made from coconut fiber used to prevent soil erosion and stabilize slopes in construction projects.

They are used in riverbanks, embankments, slopes, landscaping projects, and infrastructure developments.

Yes. The blanket gradually decomposes and integrates with the soil, making it an eco-friendly erosion control solution.

INDOKON provides high-quality erosion control materials designed for durability, sustainability, and large-scale B2B infrastructure projects.

HDPE STUDDED MEMBRANE 8mm/400 GSM
Mass per Unit Area	EN 1SO 9864	GSM	400
Dimple Height	EN 9863-1	mm	8
Compressive Strength	EN12311-2	kPa	150
Tensile Strength	EN 12311-2	N/50MM	>200/>200
Air gap volume between dimples		l/ sqm	5
Drain flow capacity in plane	EN 12958	l/sqm/s	2.8
Elongation	EN 12311-2	%	>20/>25
Width		M	2.3
Length		M	20
Reaction to fire			Class ‘E’
PROCEDURE The INDOKON Dimple Board should be fixed for vertical application on the wall, ensuring the bubbles face towards the wall. A minimum overlap of 10 cm should be maintained between the sheets. Overlaps can be sealed with glue-insulated tapes. In the case of horizontal application, INDOKON Dimple Board will be laid with bubbles facing the ground and an overlap of 10 cm between the sheets. Overlaps can be further reinforced with glue-insulated tapes.
STORAGE ● Rolls must not be exposed directly to UV radiation for over a month. ● Rolls must be stored in their original package horizontally under a cool and dry condition. ● Rolls should be protected from direct sunlight, rain, etc.

HDPE STUDDED MEMBRANE 8mm/400 GSM

PROPERTY

METHOD

UNITS

VALUE

Mass per Unit Area

EN 1SO 9864

GSM

400

Dimple Height

EN 9863-1

Compressive Strength

EN12311-2

kPa

150

Tensile Strength

EN 12311-2

N/50MM

>200/>200

Air gap volume between dimples

l/ sqm

Drain flow capacity in plane

EN 12958

l/sqm/s

2.8

Elongation

EN 12311-2

>20/>25

Width

2.3

Length

Reaction to fire

Class ‘E’

PROCEDURE
The INDOKON Dimple Board should be fixed for vertical application on the wall, ensuring the bubbles face towards the wall. A minimum overlap of 10 cm should be maintained between the sheets. Overlaps can be sealed with glue-insulated tapes. In the case of horizontal application, INDOKON Dimple Board will be laid with bubbles facing the ground and an overlap of 10 cm between the sheets. Overlaps can be further reinforced with glue-insulated tapes.

STORAGE
●    Rolls must not be exposed directly to UV radiation for over a month.
●    Rolls must be stored in their original package horizontally under a cool and dry condition.
●    Rolls should be protected from direct sunlight, rain, etc.

DiBo 10
INDOKON Dimple Drain board is specifically designed for use with all waterproofing membrane systems as well as any torch-applied waterproofing membranes surface. It is made of high density polyethylene (HDPE). It is light weight, flexible, strong, durable, non-toxic, dimple sheet board with 10.0 mm deep dimples. It is impermeable to water and water vapour. It is an efficient, filtered sub-soil drainage system used for drainage of all in- ground structures. It comprises a highly compression resistant and flexible studded plastic dimple core.
Properties	Unit	Value
Drainage Core		HDPE
Thickness @ 2 kPa [EN ISO 9863-1]	mm	10.0 [±10%]
Compressive Strength [ASTM D1621]	kPa	˃150
Sheet Thickness	mm	0.50
Hydraulic Properties
In Plane Water Flow i=1.0 @ 100 kPa [EN ISO 12958]	l/m.s	4.25
Product Dimensions
Roll Width Roll Length	m m	2.30 20.00

Notes ‐ Reported value are arithmetic mean values unless otherwise stated, A set of test results derived from specimens cut from one sample and taken across full width of the roll. ‐ The above properties might change at the time of the manufacturing, storing, handling or shipping. ‐ There may be variation in above values due to various factors when tested at other laboratory.

DiBo 10

INDOKON Dimple Drain board is specifically designed for use with all waterproofing membrane systems as well as any torch-applied waterproofing membranes surface. It is made of high density polyethylene (HDPE). It is light weight, flexible, strong, durable, non-toxic, dimple sheet board with 10.0 mm deep dimples. It is impermeable to water and water vapour. It is an efficient, filtered sub-soil drainage system used for drainage of all in- ground structures. It comprises a highly compression resistant and flexible studded plastic dimple core.

Properties

Unit

Value

Drainage Core

HDPE

Thickness @ 2 kPa [EN ISO 9863-1]

10.0 [±10%]

Compressive Strength [ASTM D1621]

kPa

˃150

Sheet Thickness

0.50

Hydraulic Properties

In Plane Water Flow i=1.0 @ 100 kPa [EN ISO 12958]

l/m.s

4.25

Product Dimensions

Roll Width
Roll Length

m m

2.30
20.00

Notes
‐     Reported value are arithmetic mean values unless otherwise stated, A set of test results derived from specimens cut from one sample and taken across full width of the roll.
‐     The above properties might change at the time of the manufacturing, storing, handling or shipping.
‐     There may be variation in above values due to various factors when tested at other laboratory.

DiBo 13 (HDPE Dimple Board)
INDOKON Dimple Drain board is specifically designed for use with all waterproofing membrane systems as well as any torch-applied waterproofing membranes surface. It is made of high density polyethylene (HDPE). It is light weight, flexible, strong, durable, non-toxic, dimple sheet board with 13 mm deep dimples. It is impermeable to water and water vapour. It is an efficient, filtered sub-soil drainage system used for drainage of all in-ground structures. It comprises a highly compression resistant and flexible studded plastic dimple core.
Properties	Unit	Value
Drainage Core		HDPE
Thickness @ 2 kPa [EN ISO 9863-1]	mm	13.0 [±10%]
Compressive Strength [ASTM D1621]	kPa	˃150
Sheet Thickness	mm	0.50
Hydraulic Properties
In Plane Water Flow i=1.0 @ 100 kPa [EN ISO 12958]	l/m.s	5.00
Product Dimensions
Roll Width Roll Length	m m	2.30 20.00

Notes ‐ Reported value are arithmetic mean values unless otherwise stated, A set of test results derived from specimens cut from one sample and taken across full width of the roll. ‐ The above properties might change at the time of the manufacturing, storing, handling or shipping. ‐ There may be variation in above values due to various factors when tested at other laboratory.

DiBo 13 (HDPE Dimple Board)

INDOKON Dimple Drain board is specifically designed for use with all waterproofing membrane systems as well as any torch-applied waterproofing membranes surface. It is made of high density polyethylene (HDPE). It is light weight, flexible, strong, durable, non-toxic, dimple sheet board with 13 mm deep dimples. It is impermeable to water and water vapour. It is an efficient, filtered sub-soil drainage system used for drainage of all in-ground structures. It comprises a highly compression resistant and flexible studded plastic dimple core.

Properties

Unit

Value

Drainage Core

HDPE

Thickness @ 2 kPa [EN ISO 9863-1]

13.0 [±10%]

Compressive Strength [ASTM D1621]

kPa

˃150

Sheet Thickness

0.50

Hydraulic Properties

In Plane Water Flow i=1.0 @ 100 kPa [EN ISO 12958]

l/m.s

5.00

Product Dimensions

Roll Width
Roll Length

m m

2.30
20.00

Notes
‐     Reported value are arithmetic mean values unless otherwise stated, A set of test results derived from specimens cut from one sample and taken across full width of the roll.
‐     The above properties might change at the time of the manufacturing, storing, handling or shipping.
‐     There may be variation in above values due to various factors when tested at other laboratory.

HDPE STUDDED MEMBRANE 8mm (with prefixed geotextile)
Sheet Thickness		mm	0.5
Mass per Unit Area	EN 1SO 9864	GSM	500
Polypropylene Geotextile		GSM	150
Total Weight		GSM	650
Dimple Height	EN 9863-1	mm	8
Compressive Strength	EN12311-2	kPa	250
Tensile Strength	EN 12311-2	N/50MM	>200/>200
Air gap volume between dimples		l/ sqm	5
Drain flow capacity in plane	EN 12958	l/sqm/s	2.8
Elongation	EN 12311-2	%	>30/>30
Width		M	2.3
Length		M	20
Reaction to fire			Class ‘E’

PROCEDURE INDOKON Dimple Board should be fixed for vertical application on the wall, ensuring the bubbles face towards the wall. A minimum overlap of 10 cm should be maintained between the sheets. Overlaps can be sealed with glue-insulated tapes. In the case of horizontal application, INDOKON Dimple Board will be laid with bubbles facing the ground and an overlap of 10 cm between the sheets. Overlaps can be further reinforced with glue-insulated tapes.
STORAGE ● Rolls must not be exposed directly to UV radiation for over a month. ● Rolls must be stored in their original package horizontally under a cool and dry condition. ● Rolls should be protected from direct sunlight, rain, etc.

HDPE STUDDED MEMBRANE 8mm (with prefixed geotextile)

PROPERTY

METHOD

UNITS

VALUE

Sheet Thickness

0.5

Mass per Unit Area

EN 1SO 9864

GSM

500

Polypropylene Geotextile

GSM

150

Total Weight

GSM

650

Dimple Height

EN 9863-1

Compressive Strength

EN12311-2

kPa

250

Tensile Strength

EN 12311-2

N/50MM

>200/>200

Air gap volume between dimples

l/ sqm

Drain flow capacity in plane

EN 12958

l/sqm/s

2.8

Elongation

EN 12311-2

>30/>30

Width

2.3

Length

Reaction to fire

Class ‘E’

PROCEDURE
INDOKON Dimple Board should be fixed for vertical application on the wall, ensuring the bubbles face towards the wall. A minimum overlap of 10 cm should be maintained between the sheets. Overlaps can be sealed with glue-insulated tapes. In the case of horizontal application, INDOKON Dimple Board will be laid with bubbles facing the ground and an overlap of 10 cm between the sheets. Overlaps can be further reinforced with glue-insulated tapes.

DiBo 10G (Drain Board with prefixed geotextile)
INDOKON drainage layer comprising a high a performance Single Cuspated HDPE (High Density Polyethylene) Core with a geotextile filter thermally bonded to one Side.The Product is practically impermeable on one side. It is used for drainage of all underground ground structures. It comprises a highly compression resistant.
Properties	Unit	Value
Drainage Core		HDPE
Dimple Height @ 2 kPa [EN ISO 9863-1]	mm	10.00
Compressive Strength [ASTM D 1621]	kN/m²	≥400
Compressive Strength (Permanent Loading)	kN/m²	≥90
Tensile Strength [EN ISO 10319]	kN/m	˃6.0
Air gap Between Dimples	l/m²	7.90
Hydraulic Properties
In Plane Water Flow
@ No Load [EN ISO 12958]	l/m.s	3.50
@ 20 kPa [EN ISO 12958]	l/m.s	3.10
Geotextile Properties		Polypropylene
Thickness @ 2 kPa [EN ISO 9863-1]	mm	0.90 [±0.1]
Dynamic Perforation Cone Drop Test [EN ISO 13433]	mm	40.0 [+8]
Opening Size (AOS) [EN ISO12956]	µm	150
Product Dimensions
Roll Width	Mtr.	2.30
Roll Length	Mtr.	20.0
Notes ‐ Reported value are arithmetic mean values unless otherwise stated, A set of test results derived from specimens cut from one sample and taken across full width of the roll. ‐ The above properties might change at the time of the manufacturing, storing, handling or shipping. ‐ There may be variation in above values due to various factors when tested at other laboratory.

DiBo 10G (Drain Board with prefixed geotextile)

INDOKON drainage layer comprising a high a performance Single Cuspated HDPE (High Density
Polyethylene) Core with a geotextile filter thermally bonded to one Side.The Product is practically
impermeable on one side. It is used for drainage of all underground ground structures. It comprises a
highly compression resistant.

Properties

Unit

Value

Drainage Core

HDPE

Dimple Height @ 2 kPa [EN ISO 9863-1]

10.00

Compressive Strength [ASTM D 1621]

kN/m²

≥400

Compressive Strength (Permanent Loading)

kN/m²

≥90

Tensile Strength [EN ISO 10319]

kN/m

˃6.0

Air gap Between Dimples

l/m²

7.90

Hydraulic Properties

In Plane Water Flow

@ No Load [EN ISO 12958]

l/m.s

3.50

@ 20 kPa [EN ISO 12958]

l/m.s

3.10

Geotextile Properties

Polypropylene

Thickness @ 2 kPa [EN ISO 9863-1]

0.90 [±0.1]

Dynamic Perforation Cone Drop Test [EN ISO 13433]

40.0 [+8]

Opening Size (AOS) [EN ISO12956]

µm

150

Product Dimensions

Roll Width

Mtr.

2.30

Roll Length

Mtr.

20.0

Notes
‐ Reported value are arithmetic mean values unless otherwise stated, A set of test results derived from specimens cut from one sample
and taken across full width of the roll.
‐ The above properties might change at the time of the manufacturing, storing, handling or shipping.
‐ There may be variation in above values due to various factors when tested at other laboratory.

DiBo 13G (Drain Board with prefixed geotextile)
INDOKON Geocomposite drainage layer comprises of a high performance Single Cuspated HDPE (High Density Polyethylene) Core with a geotextile filter thermally bonded to one Side. The Product is practically impermeable on one side. It is used for drainage of all underground ground structures. It comprises a highly compression resistant.
Properties	Test Method	Unit	Value Mean (with tolerance)
Geocomposites	-
Thickness @2 kPa	EN ISO 9863-1	mm	13.0 [±10%]
Mass Per Unit Area	EN ISO 9864	g/m²	895 [5.0%]
Tensile Strength MD / CMD Elongation @ Peak MD / CMD	EN ISO 10319	kN/m	10.0 \| 10.0 [±10%]
%	45.0 \| 45.0 [±10]
CBR Puncture	EN ISO 12236	N	1800 [±10%]
Hydraulic Properties	-	-
In Plane Water Flow i=1.0	EN ISO 12958	l/m.s	-
@ 20 kPa	3.50
@ 20 kPa	3.40
@ 20 kPa	3.15
Drainage Core	-	High Density Polyethylene (HDPE)
Thickness @ 2 kPa	EN ISO 9863-1	mm	13.0 [±10%]
Compressive Strength	ASTM D1621	kPa	˃150
Sheet Thickness	-	mm	0.50
Air gap between dimples	-	l/m²	7.90
Hydraulic Properties	-	-
In Plane Water Flow i=1.0	EN ISO12958	l/m.s	-
@ 20 kPa	5.50
@ 100 kPa	5.00
@ 200 kPa	4.50
Geotextile	-	-
Thickness @ 2 kPa	EN ISO 9863-1	mm	1.00 [±10%]
Mass per Unit Area	EN ISO 9864	g/m²	145 [±10]
Tensile Strength MD/CD	EN ISO 10319	kN/m	8.00 \| 8.00 [±10%]
CBR Puncture Resistance	EN ISO 12236	N	1500 [-150]
Dynamic Perforation Cone Drop	EN ISO 13433	mm	32 [+8]
Water permeability	EN ISO 11058	l/m²/sec	70.0 [±20%]
Apparent Opening Size	ASTM D4751	Micron	180 [±20%]
Product Dimensions	-	-
Roll Width	Mtr.	2.30
Roll Length	Mtr.	20.00
Notes ‐ Reported value are arithmetic mean values unless otherwise stated, A set of test results derived from specimens cut from one sample and taken across full width of the roll. ‐ The above properties might change at the time of the manufacturing, storing, handling or shipping. ‐ There may be variation in above values due to various factors when tested at other laboratory.

DiBo 13G (Drain Board with prefixed geotextile)

INDOKON Geocomposite drainage layer comprises of a high performance Single Cuspated HDPE (High Density Polyethylene) Core with a geotextile filter thermally bonded to one Side. The Product is practically impermeable on one side. It is used for drainage of all underground ground structures. It comprises a highly compression resistant.

Properties

Test Method

Unit

Value
Mean (with tolerance)

Geocomposites

Thickness @2 kPa

EN ISO 9863-1

13.0 [±10%]

Mass Per Unit Area

EN ISO 9864

g/m²

895 [5.0%]

Tensile Strength MD / CMD
Elongation @ Peak MD / CMD

EN ISO 10319

kN/m

10.0 | 10.0 [±10%]

45.0 | 45.0 [±10]

CBR Puncture

EN ISO 12236

1800 [±10%]

Hydraulic Properties

In Plane Water Flow i=1.0

EN ISO 12958

l/m.s

@ 20 kPa

3.50

@ 20 kPa

3.40

@ 20 kPa

3.15

Drainage Core

High Density Polyethylene (HDPE)

Thickness @ 2 kPa

EN ISO 9863-1

13.0 [±10%]

Compressive Strength

ASTM D1621

kPa

˃150

Sheet Thickness

0.50

Air gap between dimples

l/m²

7.90

Hydraulic Properties

In Plane Water Flow i=1.0

EN ISO12958

l/m.s

@ 20 kPa

5.50

@ 100 kPa

5.00

@ 200 kPa

4.50

Geotextile

Thickness @ 2 kPa

EN ISO 9863-1

1.00 [±10%]

Mass per Unit Area

EN ISO 9864

g/m²

145 [±10]

Tensile Strength MD/CD

EN ISO 10319

kN/m

8.00 | 8.00 [±10%]

CBR Puncture Resistance

EN ISO 12236

1500 [-150]

Dynamic Perforation Cone Drop

EN ISO 13433

32 [+8]

Water permeability

EN ISO 11058

l/m²/sec

70.0 [±20%]

Apparent Opening Size

ASTM D4751

Micron

180 [±20%]

Product Dimensions

Roll Width

Mtr.

2.30

Roll Length

Mtr.

20.00

Notes
‐ Reported value are arithmetic mean values unless otherwise stated, A set of test results derived from specimens cut from one sample and taken across full width of the roll.
‐ The above properties might change at the time of the manufacturing, storing, handling or shipping.
‐ There may be variation in above values due to various factors when tested at other laboratory.

Specification (350gsm, 50% Straw and 50% Coir mixed Blanket with Brown PP net and Brown PP thread)
Material	50% Straw and 50% Coir, Brown Photodegradable PP net and PP thread PP netting is -Photodegradable
Dimensions	Width Upto 2.4m, Length Upto 50m
Thickness	5-6mm (tested according to ASTM D 5199)
Apparent opening Size	Nil (tested according to ASTM D 4751)
Mass (g/sqm)	340-360g (tested according to ASTM D 5261)
Tensile Strength (kN/m)	MD – 2.95 (tested according to ASTM D 4595)
Cross 1.52
Elongation at Break	md 31% (tested according to ASTD 6818) Cross md 23 %
** Longevity depends on location factors, soil- water- and climate conditions as well as on the local risk of erosion on site.
Installation:
Vegetation Establishment– Seeding can be undertaken prior to blanket installation and seedlings can grow up through the blanket. Alternatively seeding can undertake after installation and sown on to the blanket.
Hydro seeding is also an effective seed application method over large areas and will provide further support for vegetation growth. Wildflower and aquatic plants and shrubs can be inserted through the coir mesh after installation and the blanket will provide support to vegetation establishment.
Overlapping and Anchorage –Sufficient overlap and anchorage is the key to the success of erosion control blanket products.

Coir 700 GSM

Specification (700gsm- PP Net Both Sides stitched with Black PP thread)
Material	100% Core Fiber, PP Net & PP Thread
	PP Netting is - Photodegradable
	Mesh- 13mm X 13mm
Dimensions	Width Upto 2m, Length Upto 50m
Thickness	7-8.5mm (tested according to ASTM D 5199)
Apparent opening Size	Nil (tested according to ASTM D 4751)
Mass (g/sqm)	690-710g (tested according to ASTM D 5261)
Tensile Strength (kN/m)	MD – 4.46 (tested according to ASTM D 4595)
Tensile Strength (kN/m)	CD - 2.93
Elongation (N)	MD- 31% (tested according to ASTD 6818)
	CD - 13.2%
Installation:
Vegetation Establishment– Seeding can be undertaken prior to blanket installation and seedlings can grow up through the blanket. Alternatively seeding can undertake after installation and sown on to the blanket.

Hydro seeding is also an effective seed application method over large areas and will provide further support for vegetation growth. Wildflower and aquatic plants and shrubs can be inserted through the coir mesh after installation and the blanket will provide support to vegetation establishment.
Overlapping and Anchorage –Sufficient overlap and anchorage is the key to the success of erosion control blanket products.

Coir 450 GSM

Coir Erosion Control Blanket - 450 GSM (w/o straw) Specifications
Fiber Materials	Fiber: 100% coconut fiber
	Netting: Top - Size: Black Polypropylene net; Netting Weight - 7.2GSM Netting: Bottom -Size: Black Polypropylene net; Netting Weight - 7.2GSM Thread: Black Polypropylene
	Mesh 13mm x 13mm
Dimensions	Width – 2m/ 2.4m \| Length - 50m
Dimensions	Area of rolls – 100 / 120SQM
Functional Longevity	3-4 Years
STANDARDS
Tensile Strength ISO-10319	295.5 lbs/ft MD (4.02kN/m) -ASTM D5035
D4595 Elongation	14.6% MD - ASTM D5035
D4491 Flow Velocities	12.00 ft/s (3.05 m/s)
Max Permissible Shear Stress	2.45 lbs/ft2 (108Pa) (UNVegetated Shear Stress)
PP SPECIFICATION
Tensile Strength	4.78 MD kN/m
Tensile Strength	3.65 TD kN/m
Yield Point Elongation	20% MD
Yield Point Elongation	15% TD
Mesh Shape	Quadrangular
Colour	Black
MD Pitch/ TD Pitch	13mm/ 13mm
Thread	UV Stabilized Polypropylene

Indokon Coir Erosion Control Blankets.

Coir Erosion Control Blanket (350-900 GSM)

Natural Fiber Composition

Excellent Soil Stabilization

High Water Absorption

Durable & Long-Lasting

Promotes Vegetation Growth

Features of Coir Erosion Control Blanket

Applications

Versatile by Design, Reliable in Every Environment.

Basement Walls

Highways

Metro/Train Road Tunnels

Waterproofing Membranes

Terrace Gardens

Parking Areas

Basement Walls

Highways

Metro/Train Road Tunnels

Waterproofing Membranes

Terrace Gardens

Parking Areas

Erosion Control

Landscaping

Stream Bank Stabilization

River Embankments

Re-Vegetation

Soil Erosion Control

Erosion Control

Landscaping

Stream Bank Stabilization

River Embankments

Re-Vegetation

Soil Erosion Control

The Pinnacle of Quality and Durability

Coir Erosion Control Blanket (350-900 Gsm)

With Straw

Without Straw

FAQ – HDPE Dimple Board

1. What is a Coir Erosion Control Blanket (350-900 GSM)?

2. Where are Coir erosion mats for construction used?

3. Is the Coir Erosion Control Blanket environmentally friendly?

4.Why choose INDOKON as a coconut fiber erosion mat supplier?