CANNA Aqua Flores A 1 L: pH-Stable Bloom Nutrient for Recirculating Systems
Aqua Flores A is CANNA's bloom-phase Part A built specifically for recirculating hydroponics. The mineral chemistry is precision-balanced toward potassium and phosphorus at the ratios flowering plants actually use, with calcium and the trace profile rounding it out. Built-in pH buffering compounds hold reservoir pH in the optimal uptake range automatically. That's the practical difference in a closed loop — small pH drifts compound across feeds, and CANNA built the formula specifically to neutralize that drift. The clean-dissolving formula is the second engineering choice. Aqua Flores doesn't leave residue in NFT channels, DWC reservoirs, or ebb-and-flow trays, so reservoir clarity holds across multiple feeds.
Two-Part Recirculating Bloom System with Aqua Flores A and B
Aqua Flores A is the first half of the two-part bloom base. It pairs 1:1 with Aqua Flores B for the complete bloom program. The whole line is engineered for NFT, DWC, and ebb-and-flow setups where the demands of recirculating chemistry are different from drain-to-waste systems. Most CANNA growers find they're checking pH less often once Aqua Flores is in the rotation, which is the actual time savings the formula was built around. The 1 L bottle is the home and small-room size for hydroponic growers running a tent or two on the CANNA Aqua line.
Key Features
- Built-In pH Stabilization: Buffering compounds hold reservoir pH in the optimal uptake range. Cuts manual correction frequency in recirculating setups.
- Precision K and P for Bloom: Targeted potassium and phosphorus at the ratios flowering plants actually use through peak bud development.
- Recirculating System Compatibility: Clean-dissolving formula runs without residue in NFT channels, DWC reservoirs, and ebb-and-flow trays.
- Part A of Two-Part Bloom System: Pairs 1:1 with Aqua Flores B for a complete bloom base built for closed-loop hydroponic environments.
- Flavor and Yield Enhancement: Precision macro delivery during flowering supports flavor compound synthesis and heavier fruit and flower set.