Humboldt County's Own Deep Fusion Micro

EDDHA and DTPA provide superior iron availability across a much wider pH range than EDTA. EDDHA remains effective in alkaline conditions up to pH 9, while DTPA works well in acidic to neutral pH. Most products use only EDTA because it's cheaper, but EDTA becomes ineffective when pH drifts above 6.5 or below 6.0—the exact conditions that cause iron deficiency yellowing in many grows. Deep Fusion Micro's dual-chelate system prevents these deficiencies regardless of minor pH fluctuations.

No, Deep Fusion Micro provides large amounts of calcium as a core component of the formula, eliminating the need for separate cal-mag products. The 5-0-1 analysis includes substantial calcium and nitrogen to support strong cell structure and growth throughout the plant's life cycle. By maintaining consistent Deep Fusion Micro levels while adjusting Grow and Bloom ratios, you provide steady calcium and micronutrient nutrition without purchasing additional supplements. This integration saves money and simplifies your feeding routine.

Molasses contains numerous trace elements beyond what's listed on standard nutrient labels, providing an extra micronutrient boost that chemical-only formulas cannot deliver. This organic component is a key reason why Deep Fusion enhances the "esthetics"—resin production, fragrance, and taste—that growers value most in their final product. The same principle applies to products like Killer Tea that boost quality through organic components. There's just something about organics that elevates final product quality in ways pure chemical nutrients cannot replicate.

No, maintain consistent Deep Fusion Micro levels throughout all growth stages. While you adjust the ratios of Deep Fusion Grow and Deep Fusion Bloom based on whether plants are in veg or flower, Micro should remain steady because plants need continuous calcium, nitrogen, and chelated micronutrients from seedling through harvest. Reducing Micro during bloom can lead to calcium deficiencies and micronutrient lockout that compromise flower development. Think of Micro as the foundation—Grow and Bloom adjust, but Micro stays consistent.

Deep Fusion Micro contains all the standard chelated micronutrients necessary for healthy, vigorous growth including iron (EDDHA and DTPA chelation), manganese, zinc, copper, boron, and molybdenum, plus trace elements. The integrated molasses provides additional trace elements beyond what's in chemical nutrients alone. This complete micronutrient package ensures plants have access to every element needed for optimal metabolism, enzyme function, and healthy development throughout the growth cycle.

Yes, Deep Fusion Micro works in both soil and hydroponic applications. The dual-chelate iron system and chelated micronutrients remain stable and bioavailable in both growing methods. In soil, the molasses component provides additional benefits by supplying trace elements and supporting beneficial soil biology. In hydro, the complete mineral package maintains optimal micronutrient nutrition in solution. The superior EDDHA and DTPA chelation prevents micronutrient lockout regardless of growing medium—just monitor and adjust pH appropriately.

Iron deficiency typically occurs when pH drifts outside the narrow range where EDTA-chelated iron remains bioavailable (pH 6.0-6.5). By using both EDDHA (effective in alkaline conditions) and DTPA (effective in acidic to neutral pH), Deep Fusion Micro ensures plants have access to iron across a much wider pH range. If pH rises, EDDHA keeps iron available. If pH drops, DTPA maintains availability. This dual-chelate insurance prevents the yellowing new growth and stunted development that plague growers using inferior single-chelate products.

Adding Deep Fusion Micro first prevents nutrient lockout and ensures proper mixing. Calcium in Micro can react with phosphorus and sulfates in Grow and Bloom if they're added in the wrong order or mixed too concentrated, potentially forming insoluble precipitates. By adding Micro to water first and mixing thoroughly, then adding Grow, then Bloom, you ensure all nutrients remain in solution and bioavailable. This proper sequence prevents nutrient interactions that could reduce effectiveness or clog hydroponic systems.