Huskroot Coco Grow Bags

Engineered Substrates for Precision Hydroponics and Modern Cultivation
HUSKROOT Grow Bags are premium, ready-to-use coco coir slabs designed for professional hydroponic and greenhouse cultivation of tomatoes, cucumbers, strawberries, peppers, roses, and berries. Each bag is made from a special blend of coco pith and chips, engineered to deliver the ideal balance between air porosity and water retention, ensuring superior root growth and crop yield.
All substrates are produced under a strict quality assurance program, verified at every stage for EC, pH, AFP, WHC, moisture, and traceability (ISO 9001 & CAAE compliant).

Product Composition

Product Type

Composition

Ideal Application

Natural

100% Cocopeat (fine texture)

Tomatoes, strawberries, flowers

Mix

75% Cocopeat + 25% Coco Chips

Balanced oxygen & moisture – universal crops

Pro

50% Cocopeat + 50% Coco Chips

Roses, cucumbers, hot climates

Premium

30% Cocopeat + 70% Coco Chips

Cucumber, capsicum, warm regions

Supreme

100% Coco Chips

High-drainage crops, berry & rose cultivation

All blends are double-sieved (<1 mm fines removed) and homogenously mixed for consistent root-zone performance.

Available Dimensions

Available Dimensions

Expanded Size (CM)

Volume in (Liters)

GB Per Pallet

(L x W x H)

(L x W x H)

100x15x3

100x15x10

14.36

795

100x18x4

100x18x16,5

28.3

395

100x20x4

100x20x13,5

26.06

430

100x22x3

100x22x10

21.78

530

120x15x3

120x15x10

17.4

665

90x15x4

90x15x12

15.66

735

96x15x3

96x15x9

12.53

985

72x20x4

72x20x12

16.61

719

60x15x3

60x15x10

8.7

1326

50x20x4

50x20x11

10.73

1060

Over 90 customized sizes can be manufactured as per customer requirement.

Bag Features

Quality & Performance

Each batch is tested and traceable under the HUSKROOT Quality Control Matrix with reports attached per shipment.

Parameter

Standard

Test Method

EC (1:5)

< 0.5 mS/cm

EC Meter

pH

5.5 – 6.5

Digital pH Meter

Moisture

≤ 15%

Moisture Meter

Air-Filled Porosity (AFP)

30 – 45%

Laboratory AFP Setup

Water Holding Capacity (WHC)

45 – 55%

Soak & Drain Method

Expansion Volume

70 – 80 L / 5 kg

Rehydration Test

HydroAir Series

Precision-engineered air–water combinations for every crop and climate

HydroAir 45

Lightest blend — keeps roots breathing
Air Filled Porosity 45%
Water Holding Capacity 45%
Water Retention Efficiency 45%
Capillary Uptake Value 25 mL / 10 min
High Aeration

HydroAir 55

Balanced air and moisture harmony
Air Filled Porosity 40%
Water Holding Capacity 55%
Water Retention Efficiency 40%
Capillary Uptake Value 30 mL / 10 min
Recommended

HydroAir 60

Holds moisture longer — less irrigation
Air Filled Porosity 30%
Water Holding Capacity 60%
Water Retention Efficiency 50%
Capillary Uptake Value 45 mL / 10 min
High Retention

Packaging & Export

Sustainability Commitment

Our Process

From consultation to harvest — we support your success every step
1

Technical Consultation

Our agronomists assess your crop, climate, and infrastructure to define the ideal substrate blend.
2

Tailored Manufacturing

Custom production in ISO-certified facilities in India and Sri Lanka ensuring consistent quality.
3

Direct Export Logistics

Global shipping through our partner network ensures fast and reliable delivery worldwide.
4

Ongoing Support

Post-delivery guidance for installation, irrigation setup, and yield optimization.

Markets We Serve

HUSKROOT supplies advanced substrate solutions to professional growers across five continents. Our worldwide agent network ensures localized technical advice, rapid delivery, and after-sales support.

HUSKROOT — From Coconut Husk to Stronger Roots

With more than 20 years of R&D, manufacturing, and field experience, the HUSKROOT Agronomy Team supports growers in transitioning to efficient, sustainable hydroponic systems — achieving higher yields with lower input costs.

✅ End-User Benefits

Suitable for both hydroponic and soil-based systems

Quick rehydration and expansion

Consistent root-zone oxygenation

Uniform drainage and moisture retention

Reduced transplant shock