Active Aqua 12" x 12" Square White Pot, 12" Tall – Case of 24

At 6 gallons inner volume, this pot is designed as a final container for full-term flowering plants. It provides sufficient root volume to support a complete production cycle from transplant through harvest without requiring an additional container change — reducing transplant stress and handling time during the critical flowering stage.

The 6-gallon figure represents the total geometric interior space of the pot. The 3.4-gallon (13 L) media capacity reflects how much clay pebbles or similar particulate substrate actually fills that space when accounting for air gaps between particles — a normal characteristic of loose, chunky media. Denser substrates like soil or coco coir will fill a higher percentage of the inner volume.

Yes. The multi-drainage hole and perimeter slit design makes these pots well-suited for flood-and-drain systems like the Active Aqua Grow Flow 12 Site Ebb & Flow Hydroponic Grow System, drip-to-waste, and recirculating hydroponic setups. The raised base keeps drainage outlets clear of standing nutrient solution, and the 12" × 12" footprint fits many standard flood table configurations used in commercial hydroponic production.

The 12" × 12" offers more than double the inner volume of the 9" x 9" square white pot — 6 gallons versus 2.5 gallons — along with an additional 2" of height (12" vs. 10"). It's the appropriate step up for plants finishing out a full flowering cycle that need significantly more root volume and vertical depth than an intermediate container can provide.

Yes. The heavy-duty plastic construction is engineered to maintain structural integrity under the weight of fully saturated substrate — including dense media like clay pebbles, soil, and coco coir at full water retention. The walls and base are built to resist warping or deforming over multiple cycles of use.

Yes. The durable plastic construction handles repeated sanitation without degrading. Between cycles, clean pots with diluted hydrogen peroxide, citric acid solutions, or enzymatic cleaners to remove salt deposits and eliminate pathogen carryover. The smooth interior walls make residue removal straightforward compared to fabric or textile containers.

For most commercial setups, 24 units maps well to a single 4×6 or similar bench configuration at standard plant spacing. Operations running larger rooms or continuous harvest schedules typically stock multiple cases to maintain available inventory across staggered flowering cycles — uniform container sizing across all units eliminates variability in spacing, irrigation volume, and per-plant media allocation throughout the facility.