New Arrival
Online Only
Power Si 8.45 oz. (250ml) PK Synergy Liquid Plant Fertilizer Bloom Phase Microbial Inoculant, 1 pk.
Item # 604262399
Neighbor’s Club Members earn points with purchases.
New Arrival
Online Only
Power Si 8.45 oz. (250ml) PK Synergy Liquid Plant Fertilizer Bloom Phase Microbial Inoculant, 1 pk.
Item # 604262399
This item is available online only
Delivering to
37027
Neighbor’s Club Members earn points with purchases.
PowerSi PK Synergy 250ml is a concentrated bloom-phase microbial enhancer designed to increase phosphorus and potassium availabilitytwo critical nutrients for flower formation, resin production, and overall yield. This smaller size is perfect for home growers or small-scale projects looking for high performance without bulk. Formulated with a proprietary microbial consortium including Bacillus megaterium, Frateuria aurantia, Pseudomonas putida, and Bacillus mucilaginosus, PK Synergy helps unlock bound nutrients in the soil or media, allowing plants to absorb more P & K when they need it most. This results in better root health, increased bud density, higher trichome output, and bigger yieldsall without synthetic additives. It's easy to use, highly effective, and fully compatible with any bloom nutrient program.
Looking for more information on fertilizer? Check out our guide on how to read fertilizer numbers in the product documents section.
- Perfect for Small Grows & Test Runs Compact 250ml bottle is ideal for home growers or anyone trying PK Synergy for the first time.
- Optimizes Phosphorus & Potassium Uptake Microbial formula unlocks and mobilizes P & K to support vigorous flowering and fruiting.
- Boosts Bud Density & Resin Production Enhances flower development, trichome growth, and final yield quality.
- Advanced Microbial Blend Contains Bacillus megaterium, Frateuria aurantia, Pseudomonas putida, and Bacillus mucilaginosus for efficient nutrient unlocking and soil health.
- Works in Any Grow Medium Safe for soil, coco, and hydroponic systems. Fully compatible with bloom-phase feeding regimens.