Unpac® improves soil performance by changing how water interacts with the soil profile.
/ Unpac®
Break Compaction. Improve Water Movement.
Biosurfactant soil conditioner that reduces surface tension and restores water infiltration and root access
What It Is
- FG (Fertigation)
Unpac® is a biosurfactant-based soil conditioner designed to improve how water moves through compacted soils. By reducing surface tension, it enables water to penetrate deeper, break through compaction layers, and improve root access—helping crops utilize moisture and nutrients more effectively.
Primary Applications
Compacted Soils
Break through surface and subsurface compaction layers
Water Infiltration Challenges
Improve water movement and reduce runoff
Root Zone Optimization
Enable deeper rooting and better access to moisture and nutrients
Unpac can be applied via irrigation, fertigation, or standard soil-application equipment.
How It Works
Surface-Tension Reduction
Allows water to move more freely into and through the soil
Improved Water Movement
Breaks through compacted layers to reach the root zone
Enhanced Soil Moisture Distribution
Promotes more uniform water availability across the field
Root Access Expansion
Supports deeper rooting by improving soil conditions
Improved Soil Performance and Crop Response
- Increased water infiltration and reduced runoff
- Improved root development and soil access
- Better utilization of moisture and nutrients
- Reduced impact of compaction on yield
- More consistent crop performance across fields
Frequently Asked Questions
What is Unpac® used for?
Unpac® is a biosurfactant-based soil solution designed to reduce compaction and improve soil structure.
How does Unpac reduce soil compaction?
Unpac uses biosurfactants to reduce surface tension between soil particles and water.
This allows:
- improved water infiltration
- better soil aggregation
- gradual loosening of compacted layers
Unlike mechanical disruption, this works within the soil system, improving structure over time.
Why does surface tension matter in soil?
Water movement in soil is heavily influenced by surface tension.
Reducing it allows water to penetrate compacted areas more effectively, helping restore soil function and root access.
How does it actually reduce compaction?
Biosurfactants reduce surface tension, allowing water to penetrate and soils to loosen and restructure over time.
Why is this different from tillage?
Tillage breaks soil physically but can damage structure long term.
Unpac improves soil behavior chemically, supporting structure without disruption.
How quickly does it work?
Improvements in water infiltration and soil behavior can occur within the same season.
Can it replace tillage?
It can reduce reliance on aggressive tillage, but doesn’t eliminate it in all systems.
Where does it provide the most value?
- Compacted soils
- Poor drainage
- Fields with restricted root growth
Where is it NOT the right fit?
Severely compacted fields may still require mechanical intervention alongside biological treatment.
Unlock Water Movement in Your Soil
Break compaction, improve infiltration, and support stronger root development with biosurfactant-driven soil performance.