OPTIMAL BLOOM TM BOOST BLOOM™
Optimal Bloom™ Boost Bloom™ contains free-living microbes which enhance the soil’s ability to sustain life. These vital organisms aid micronutrient uptake in plants, improve plant vigor, and stimulate microbial activity in the soil. Each critical strain of microbe is research-tested and field-proven to perform an important function in soil regeneration as that of a facilitator, inhibitor, mobilizer, equalizer, decomposer
OPTIMAL BLOOM TM HYDRO BLOOM™
Hydro Bloom™ liquid fertilizer is an easy-to-apply starter and in season treatment. It is an abundant source of primary nutrients (NPK) and more than 40 essential minerals bundled with potent microorganisms. It provides a uniform application for the root zone and can also be sprayed directly onto leaf surfaces throughout the growing season. Our product improves bio-geochemical processes including the carbon cycle, nitrogen cycle, mineralization, and decomposition. It has the ability to hold, convert, stabilize and increase nitrogen in the soil, which in turn sustains plant life.
OPTIMAL BLOOM TM NATURE BLOOM™
Nature Bloom™ is an organic granular fertilizer that stimulates nitrogen uptake. Its advanced bio-stimulants such as fulvic and humic acid work in tangent with restorative vitamins and minerals to catapult plant growth throughout the sprouting season, regardless of the type of crop or condition of the soil. Ultimately, this product increases nitrogen uptake by improving bio-geochemical processes during the carbon and nitrogen cycles. Its ingredients work in synergy to convert, stabilize and increase nitrogen in the soil via mineralization and decomposition.
OPTIMAL BLOOM TM FOLIAR BLOOM™
Foliar Bloom™ is a highly advanced, organic fertilizer that utilizes the latest technologies to synthesize micronized algae into a proprietary nitrogen formulation with beneficial living microorganisms and preferential organic elements . Foliar Bloom™ is applied directly to a plant’s foliage to significantly promote its health. Its beneficial nutrients enter directly into stomata (leave pores) to enhance fertility, increase plant growth, and improve the biochemical and physiological processes involved in seed germination, cell division, and crop development.