CYCO Bloom B 275GAL (1/Cs) – 275 Gallons

CYCO Bloom B Flowering Nutrient — 275-Gallon Bulk Supply CYCO Bloom B flowering nutrient, used alongside Bloom A, delivers a balanced blend of potassium, magnesium, phosphate, calcium, and essential micronutrients to drive robust flower and fruit development. Formulated with high bioavailability, the nutrients support strong bud formation, enhanced fruit quality, and efficient nutrient transport across the full flowering cycle. The 275-gallon tote format ensures large-scale growers have uninterrupted access to bloom nutrients for multi-cycle, high-volume production. Bulk Flowering Base Nutrient for Large-Scale Hydroponic and Soil Programs This bulk flowering base nutrient for hydroponics integrates directly into any two-part bloom program alongside CYCO Bloom A, delivering the complementary secondary and micro-mineral support required for optimal flower development at commercial scale. The formula supports plants in maintaining vigor and stress resistance throughout the bloom stage, consistently producing high-yield, quality flowers across seasons. Key Features Potassium-Rich Bloom Profile: Potassium-forward formula drives flower and fruit quality, size, and density while supporting efficient nitrogen uptake and overall bloom-stage plant metabolism. Complete Secondary Nutrient Coverage: Magnesium and calcium work together to activate enzymes, reinforce cell structure, and optimize nutrient transport throughout the full flowering cycle. High-Bioavailability Formula: Nutrients are formulated for rapid absorption in hydroponic and soil environments, minimizing lockout risk and ensuring consistent mineral delivery at each stage of bloom. Environmental Stress Resistance: The balanced mineral profile supports plant resilience against heat, light, and nutrient-related stress during the high-demand flowering phase, protecting yield consistency. 275-Gallon Commercial Format: High-volume tote supply designed for large-scale and commercial operations requiring continuous bloom nutrient availability across multiple concurrent flowering cycles.