Nanotern Bio+ Soil Water Retention Granules for Agriculture & Organic Farming
Nanotern Bio+ Soil Water Retention Granules for Agriculture & Organic Farming
Nanotern Bio+ is a biodegradable, cellulose-based superabsorbent polymer and soil water retention granule for agriculture and organic farming. It retains up to 1800x its own weight in water, releasing it gradually to the root zone over up to 40 days — cutting irrigation needs by up to 50% and boosting crop yields by up to 25%.
It absorbs excess water during periods of heavy rainfall and stores it within the soil, then gradually releases moisture back to the root zone during drier periods. With the ability to retain 600–1800 times its own weight in water and release it over up to 40 days, it helps maintain consistent soil moisture and reduce plant stress.
Nanotern Bio+ fully biodegrades within one year, leaving no residue in the soil, supporting sustainable growing systems and long-term soil health.
Nanotern Bio+ helps regulate soil moisture by absorbing excess water and releasing it back to the root zone when needed. This improves water efficiency, supports root development, and helps crops perform more consistently throughout the growing season.
💧 Balances wet and dry soil conditions
🌱 Supports stronger root systems
📈 Improves yield consistency
Why Use Nanotern Bio+?
- Improves soil water retention
- Reduces water stress during dry periods
- Absorbs excess moisture during heavy rainfall
- Improves nutrient retention in the root zone
- Supports stronger and deeper root development
- Reduces irrigation requirements
- Improves crop consistency and resilience
Nanotern Bio+ delivers measurable results in real growing conditions:
- Up to 50% water savings
- Up to 25% improvement in crop yield
- Absorbs up to 1800x its own weight in water
- Retains moisture for extended periods
- Supports improved soil aeration through expansion and contraction
- Biodegradable and environmentally safe
“Designed for Real Field Conditions”
Works Across Variable Weather Conditions
Nanotern Bio+ is not only designed for dry environments. It supports performance in:
- Heavy rainfall conditions → absorbs excess water
- Dry periods → releases stored moisture
- Changing weather → stabilises soil moisture
This helps reduce stress on crops and creates more consistent growing conditions throughout the season.
Product Specifications
- Type: Biodegradable super absorbent polymer
- Format: Granules
- Water absorption: Up to 1800x
- Active period: Up to 1 year
- Application: Soil / root zone
- Compatibility: Works with fertilisers and soil inputs
- Suitable for: All soil types
Suitable For:
- Arable farming (cereals, grains)
- Vegetables and field crops
- Orchards and vineyards
- Greenhouses and tunnels
- Nurseries and propagation
- Organic farming systems
- Marginal or sandy soils
How to Use
- Mix into soil before planting OR apply around root zone
- Water after application to activate
- Suitable for manual or mechanical application
Easy Application
Nanotern Bio+ can be mixed directly into soil or growing media, or applied around the root zone during planting. It integrates easily into standard agricultural and horticultural practices without the need for specialised equipment.
Improved Crop Establishment
By forming a water-retaining gel within the soil, Nanotern Bio+ supports seed germination and early root development. It helps maintain consistent moisture levels, improving crop establishment under both wet and dry conditions.
Supports Consistent Soil Moisture
Nanotern Bio+ absorbs excess water during rainfall and gradually releases it back to the root zone as soil begins to dry. This helps stabilise moisture levels and reduce plant stress throughout the growing cycle.
Suitable for a Wide Range of Growing Systems
Nanotern Bio+ performs effectively across different soil types and growing environments, including open-field agriculture, greenhouses, nurseries, and organic farming systems.
Reduces Irrigation and Input Loss
By improving water retention and reducing nutrient leaching, Nanotern Bio+ helps lower irrigation requirements and improve overall input efficiency, supporting more consistent crop performance over time.