BBA Max Phosphorus Booster Unlock bound nutrients. Ignite biological power. BBA Max Phosphorus Booster is an advanced microbial inoculant engineered to release locked phosphorus and trace elements, giving plants access to the nutrients they need for explosive growth and bloom performance. Formulated with six powerful strains of beneficial bacteria, this living concentrate transforms your root zone into a biological powerhouse enhancing nutrient cycling, root health, and flower formation naturally. Perfect for hydroponics, coco, or soil cultivation, BBA Max provides sustainable biological support from cloning through harvest, delivering faster rooting, stronger stems, and denser flowers while naturally protecting against pathogens. Key Benefits Six Beneficial Strains: Bacillus spp., Pseudomonas spp., Citrobacter freundii, Comamonas testosteroni, and Enterobacter cloacae for superior microbial diversity. Releases Locked Phosphorus: Converts insoluble phosphates (Ca, Fe, Al) into plant-available forms using organic acids and enzymes. Boosts Flower Initiation & Density: Enhances phosphorus uptake for faster bloom transition and tighter bud formation. Strengthens Roots & Immunity: Builds robust root systems and improves resistance to stress and disease. Outcompetes Harmful Microbes: Establishes a dominant microbial population to protect the rhizosphere. Accelerates Flowering: May advance bloom onset by up to 1–2 weeks under ideal conditions. Universal Compatibility: Works with any nutrient line and is suitable for soil, coco, and hydro systems. Specifications Formulation: Living aerobic microorganisms Active Strains: Bacillus spp., Pseudomonas spp., Comamonas testosteroni, Citrobacter freundii, Enterobacter cloacae Application Rate: 1.6 mL per 10 L weekly during grow and bloom cycles Initial Dose: Double rate to establish microbial dominance Packaging: 250 mL, 500 mL, 1 L Storage: 5–45°C (do not freeze) | Shelf life: up to 18 months Media Compatibility: Soil, coco, hydroponic (active or passive) Usage Window: All stages cloning, vegetative, and flowering
