What It Is
AVAIL T5® uses patented polymer technology to increase phosphorus availability to plants. It prevents phosphorus from binding with cations like calcium, iron, magnesium, and aluminum, ensuring better root uptake and plant performance—especially in early-season stress conditions.
Key Benefits
Delivers up to 45% more available phosphorus, depending on soil type and environment
Enhances root development and overall biomass
Improves early-season vigor and crop resilience
New 3D polymer structure for improved charge and performance
Consistent results across diverse soil and weather conditions
How It Works
AVAIL’s highly negative charge attracts cations in the soil that would otherwise bind to phosphorus, releasing the nutrient for plant use. This technology consistently increases phosphorus efficiency and supports stronger early-season growth.
Packaging & Application Rates
Available In:
2 x 9.46 L jugs
946 L totes
Recommended Rate:
Liquid: 0.5% v/v
Granular: 2.1 L/MT
Soil testing is recommended to determine optimal application areas—especially in high-risk phosphorus-binding zones.
What It Is
AVAIL T5® uses patented polymer technology to increase phosphorus availability to plants. It prevents phosphorus from binding with cations like calcium, iron, magnesium, and aluminum, ensuring better root uptake and plant performance—especially in early-season stress conditions.
Key Benefits
Delivers up to 45% more available phosphorus, depending on soil type and environment
Enhances root development and overall biomass
Improves early-season vigor and crop resilience
New 3D polymer structure for improved charge and performance
Consistent results across diverse soil and weather conditions
How It Works
AVAIL’s highly negative charge attracts cations in the soil that would otherwise bind to phosphorus, releasing the nutrient for plant use. This technology consistently increases phosphorus efficiency and supports stronger early-season growth.
Packaging & Application Rates
Available In:
2 x 9.46 L jugs
946 L totes
Recommended Rate:
Liquid: 0.5% v/v
Granular: 2.1 L/MT
Soil testing is recommended to determine optimal application areas—especially in high-risk phosphorus-binding zones.
