FloraPro™ Bloom A

FloraPro Bloom A is formulated with an N-P-K of 3-0-1. It serves as the primary Calcium and micronutrient base for high-intensity flowering environments. Its core objectives are to sustain essential Calcium delivery deep into the flowering cycle, protect cell wall structural integrity, and provide the chemical baseline for natural flower swelling

Standard fertilizer programs rely on Calcium Nitrate as their primary Calcium source, which "tows" unwanted Nitrogen into your reservoir late in flower, disrupting crop steering. FloraPro Bloom A is fortified with multiple Calcium sources—including a completely Nitrogen-free source. This allows growers to deliver robust Calcium levels (42.30 ppm Calcium alongside a lean 31.70 ppm Nitrogen at standard rates) to keep cell walls strong without over-stimulating leafy vegetative growth.

Under the continuous liquid feed program, Bloom A rates taper by flower phase to guide reproductive development:

• Early Flower (Weeks 1–3): 14.0 mL per gallon
• Mid Flower (Weeks 4–6): 13.0 mL per gallon
• Late Flower (Weeks 7–8): 8.0 mL per gallon
• Finish (Week 9): 4.0 mL per gallon.

A chloride-based "finisher" relies on pushing heavy chloride salts to shock the plant and force a color change, which often causes cell necrosis ("chemical sunburn") and mutes terpene expression. FloraPro Bloom A utilizes a precision Nitrogen-tapering signal. By gradually restricting Nitrogen rather than abruptly cutting it off, Bloom A triggers natural leaf senescence, color change, and ripening, allowing the plant's variety-specific terpene profile to shine.

A superior Calcium-to-Nitrogen ratio (achieved at a staggering 1.33:1 ratio in the FloraPro Bloom base) ensures that plant cells remain physically rigid and structurally sound. This prevents late-season flower bud collapse, improves post-harvest drying characteristics, and supports heavy trichome and resin-head development where weaker base chemistries fall flat.

Bloom A concentrates must be kept in Tank A only and never mixed with Bloom B concentrates. When mixing a stock concentrate:

• Reverse Osmosis (RO) water is highly preferred to ensure maximum purity.
• Utilizing warm water speeds up dissolution.
• Never exceed the maximum solubility limit of the fertilizer to prevent minerals from salting out of solution

High levels of chloride anions compete directly with Nitrate (NO3​) and Phosphorus (H2​PO4​) for uptake at the roots. This competitive ion uptake effectively "starves" the metabolic pathways required to build complex aromatic rings. Bloom A avoids late-stage Calcium Chloride overload, keeping the plant's vascular pathways open so secondary metabolites and terpenes can synthesize at maximum genetic potential.