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Borreplex A+
Improve Nutrient Use Efficiency from Soil to System
BorrePlex® A+ is a bio-based soil acidifier and amendment designed for fertigation and irrigation systems. It improves nutrient use efficiency, optimises soil conditions, and supports irrigation system performance.
Based on biopolymer technology, it enhances nutrient availability and increases soil cation exchange capacity (CEC) by up to +28%, while supporting improved water penetration and root development.
It contributes to soil acidification in alkaline conditions, reduces bicarbonates and sodium in soil and irrigation water, and helps prevent scale buildup in irrigation systems. Its ~24% carbon content also supports soil microbial activity, contributing to more consistent crop performance and more efficient use of inputs. BorrePlex A+ is OMRI Listed and suitable for use in organic agriculture.
Why choose Borreplex A+
Supports nutrient efficiency
Improves nutrient availability through complexation and enhanced soil interaction
Enhances soil capacity
Contributes to increased cation exchange capacity and nutrient retention
Improves water systems
Reduces bicarbonates and limits scale formation in irrigation lines
A MORE COMPLETE APPROACH
Soil performance depends on more than pH alone. Nutrient availability, water quality, and biological activity all play a role in how efficiently inputs are used and how soils perform over time.
BorrePlex A+ supports this broader interaction between soil, water, and plant systems—helping improve root development, nutrient uptake, and overall system efficiency.
PRACTICAL AND BIO-BASED SOLUTION
BorrePlex A+ combines soil acidification with additional functional benefits.
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Functions as a soil amendment in alkaline conditions
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Releases tied-up nutrients for immediate plant uptake
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Supports fertigation performance while helping maintain clean and efficient irrigation lines
- Provides renewable carbon to support soil biology and long-term soil health
Derived from renewable raw materials, it offers a bio-based alternative with a documented environmental profile and a lower carbon footprint compared to conventional approaches.