Samurai Hydro Grow & Bloom A&B are complete hydroponic nutrient feeds to rival all others, with precision ingredients blended meticulously to a strict code of perfection. Shogun Fertilisers Hydro Nutrient is a much needed breath of fresh air to any indoor gardener ready to experience something new, without having to worry about compromising on quality as Shogun Samurai has finally arrived to further increase the fantastic results already being experienced with the Shogun additives. .hb-qff .hb-qff-row { display: grid; grid-template-columns: 140px 1fr; gap: 14px; align-items: baseline; margin: 0 0 10px; } .hb-qff .hb-qff-row:last-child { margin-bottom: 0; } .hb-qff dt, .hb-qff dd { margin: 0; } @media (max-width: 480px) { .hb-qff .hb-qff-row { grid-template-columns: 1fr; gap: 3px; } } Quick Feed Facts THE HYDRO BROS Dilution / Dose 2–4ml per litre of Part A and the same of Part B When To Use Throughout the bloom phase, reservoir EC 1.3–2.5 Substrate Fit Hydroponic systems, available in Hard and Soft Water formulations Grower Notes Media-based systems should drain 10–40% daily, with drain conductivity 0–15% higher than the input solution; switch from Samurai Hydro Grow once flowering begins Balanced high grade nutrition to support all stages of growth Fully Integrated into the full suite of SHOGUN additives for seamless integration Contains the revolutionary SmartZen Yield Maximiser ingredient proven to increase yields by up to 8% above standard NPK formulas SmartZen maximises nutrient uptake and transport for superior plant performance Available in Hard and Soft Water formulations. 2 Litre Set includes 1 Litre of part A and 1 Litre of Part B DIRECTIONS OF USE Hydro Grow Root Feed: Add at the rate of 2-3ml of part A and the same of part B to your nutrient reservoir with an EC of 1.0 - 2.0. Hydro Bloom Root Feed: Add at the rate of 2-4ml of part A and the same of part B to your nutrient reservoir with an EC of 1.3 - 2.5. Media-based systems require approximate 10-40% drain each day to keep the nutrients around the roots within acceptable concentrations, the drain conductivity should be between 0-15% higher than the input solution conductivity
