FloraFlex Nutrients - B1 & B2 – 5 lbs

Give your plants the nutrition they deserve The FloraFlex Bloom Nutrients system is engineered to provide the cleanest and most stable mineral profile for your high-performance garden. By utilizing the B1 and B2 Combo, growers can maintain precise control over their elemental ratios without the risk of pH fluctuations or heavy sediment buildup. This two-part formula ensures that your plants receive exactly what they need during the critical reproductive phase to achieve their full genetic potential. Precision Feeding with the B1 and B2 Combo Advanced Full Tilt Schedule simplifies the feeding process while delivering professional-tier results by never requiring more than three inputs at any stage of growth. The high-purity ingredients in this FloraFlex Bloom Nutrients set are designed for maximum solubility and nutrient uptake efficiency. Whether you are using rockwool, coco, or soil, this B1 and B2 Combo delivers a balanced NPK profile that supports the production of dense, high-quality fruit and flowers. Key features: Unmatched pH Stability: Specifically formulated to stay balanced in your reservoir, reducing the need for constant adjustments. High-Purity Mineral Formula: Extremely clean ingredients prevent clogging in irrigation lines, drippers, and emitters. Simplified Full Tilt Schedule: Achieve professional results with a streamlined feeding program that eliminates complex mixing. Comprehensive Elemental Profile: Provides essential macros and micros like Calcium, Magnesium, and Iron for total plant health. Versatile Sizing Options: Available in sizes ranging from 1LB to 25LB to accommodate both hobbyists and commercial facilities. Elemental Breakdown Formula Element Percentage B1 Nitrogen (N) 14% Potassium (K) 22% Calcium (Ca) 7% Sulfur (S) 0.1% Boron (B) 0.05% Copper (Cu) 0.04% Iron (Fe) 0.26% Manganese (Mn) 0.15% Molybdenum (Mo) 0.001% Zinc (Zn) 0.07% Sodium (Na) 0.36% B2 Phosphorous (P) 28% Potassium (K) 18% Magnesium (Mg) 7% Sulfur (S) 11% Manganese (Mn) 0.001% Sodium (Na) 0.08%