Miim Microbial Mass Pro

Overview

MIICROBIAL MASS is a high-performance microbial soil enhancer developed to maximise plant yield, improve nutrient availability, and support long-term soil health. Using carefully selected beneficial bacterial strains, it enhances plant growth, resilience, and productivity across multiple stages of development.

General Information

MIICROBIAL MASS is formulated with multiple bacterial strains from the Bacillus genus, scientifically proven to promote plant growth and enhance microbial life in and around plant roots.

The product increases the bioavailability of essential nutrients such as phosphorus, calcium, and iron. Phosphate- and calcium-solubilising bacteria release nutrients locked in the soil, while siderophore-producing bacteria improve iron availability for plant uptake.

In addition, MIICROBIAL MASS promotes healthy soil biology by producing enzymes that break down organic substrates into useful by-products, supporting beneficial microbial communities within the rhizosphere.

Benefits

• Dramatically increases plant yield
• Improves plant immunity and overall vigour
• Enhances plant stability under environmental stress
• Improves nutrient uptake efficiency
• Supports healthy soil microbial activity

How it works

MIICROBIAL MASS works by harnessing beneficial bacteria to convert both inorganic and organic phosphorus into forms that plants can readily absorb.

Inorganic phosphorus bound to soil minerals is released through the production of organic acids by the bacteria. These acids lower the pH in the immediate root zone, solubilising phosphorus and making it available for plant uptake.

For organic phosphorus that has been immobilised in the soil, specific bacterial strains produce phytase enzymes. These enzymes convert organic phosphorus into a bioavailable form that plants can absorb efficiently.

MIICROBIAL MASS contains two specialised bacterial strains capable of producing both organic acids and phytases, ensuring consistent solubilisation of phosphorus. This allows plants to access this essential nutrient more effectively, supporting healthier growth, improved performance, and higher yields throughout the plant’s life cycle.