Description
Lotus Nutrients Bloom Pro Series is a water-soluble bloom nutrient powder for flowering-stage plant nutrition and dense flower development. This bloom nutrient is also a flowering fertilizer designed to support strong development across flowering sites.
Built as a complete, all-in-one product, Bloom Pro Series delivers a full spectrum of macro and micro elements in one streamlined formula. The powder blend contains 14 separate ingredients that are uniformly distributed, helping keep each scoop consistent from start to finish. Lotus also notes the nutrient may have a “kinetic sand” style consistency and can appear moist at first glance, while still staying fully soluble in solution and steady in performance.
Bloom Pro Series is formulated to trigger the rapid onset of flowering, supporting a productive transition into bloom. It’s engineered for stronger plant development and is positioned to help produce dense, substantial flowers across more flowering sites. In the same buyer-friendly, efficiency-first spirit, the micronutrients are described as 100% chelated for full solubility and immediate availability, which is a meaningful advantage for growers who want a cleaner, more predictable feeding program without unnecessary extras.
The formula is fortified with naturally occurring amino acids, and it also includes a fully soluble, low sodium seaweed extract component with naturally occurring growth-promoting factors. Lotus integrates fulvic acid into the blend to support nutrient chelation and uptake, rounding out a bloom-focused powder fertilizer that’s designed to stay simple while still feeling premium. The NPK is 5-10-14, giving Bloom Pro Series the classic bloom-leaning balance many growers look for when flowering demands rise.
Bloom Pro Series is suited for soil, hydro, or coco gardens where a complete bloom fertilizer is preferred and consistent solubility matters. It’s a good fit for growers who want an all-in-one bloom nutrient powder with chelated micronutrients, amino acids, seaweed extract, and fulvic acid to support rapid flowering onset, strong development, and dense flower formation.