Watering is the task that never waits: too little and the crop stalls, too much and the roots rot, and either way someone has to walk the benches on schedule. This pot takes that task off the list. A built-in reservoir feeds the root zone by capillary wicking, the module self-regulates moisture between dry spells and heavy hands, and the root-trimming wall keeps the air pruning effect working underneath. The result is steadier growth, fewer losses to watering errors and a labour line that shrinks in both directions: less watering, less sorting out the damage.
Watering is the task that never waits. Too little and the crop stalls; too much and the roots rot; and either way someone has to walk the benches on schedule, every day, whatever else is happening. This pot is built to take that task off the list.
An integrated water reservoir sits below the growing volume and feeds the root zone through capillary wicking, so moisture arrives continuously instead of in daily floods and droughts. The module self-regulates between dry spells and heavy hands, which removes the two failure modes watering is known for: the plant that dried out over a weekend and the one that drowned politely.
The root-trimming wall keeps the air pruning effect working beneath the watering system, so the roots that develop are branched and fibrous rather than circling, and the plant carries a strong root mass alongside its steady moisture supply. The same wall runs across the air pruning pot range.
| Use | Greenhouse benches, indoor flowering and herb programmes |
| Watering | Built-in reservoir with capillary wicking |
| Material | PET |
| Diameter | 20-60 cm, or customised |
| Height | 20-60 cm, or customised |
| Thickness | 0.6, 0.7 mm, or customised |
| Minimum order | 50 m |
| Packing | Woven bag, carton |
| Samples | Available |
The pot covers both settings that grow flowers and herbs at scale: greenhouse benches where watering rounds are the biggest single labour line, and indoor programmes where plants sit in display or production positions with no drainage nearby. In both cases the reservoir carries the plant between visits, and the controlled moisture suits flower finishing and herb production equally well. Programmes that raise their own stock from seed run a seedling propagation tray for the opening stage.
Work the numbers over a season and the self-watering pot changes two lines at once: fewer watering rounds per bench, and fewer plants lost to moisture mistakes that then have to be replaced and re-grown. For a commercial programme, that combination is where the return sits, before any improvement in growth quality is counted. Bulk orders ship by the metre in woven bags or cartons. For soft-wall containers in the same range, the planting bag alternative covers flexible growing. Trade coverage of growing practice runs at HortiDaily and FreshPlaza.
How does the self-watering reservoir work?
A built-in reservoir below the growing volume feeds moisture up through capillary wicking, and the module self-regulates, so the root zone stays steady between watering rounds.
Does it still air prune?
Yes. The root-trimming wall keeps the air pruning effect working alongside the watering system, so roots branch instead of circling.
Where does it pay most?
Greenhouse benches and indoor programmes: fewer watering rounds, fewer moisture losses, and steadier growth between visits.
Tell us the crops, bench layout and volumes your programme runs and we will come back with the packing plan and lead time.
Mark Wu, Co-founder & Technical Director, Sichuan Zhifang Net Industry. 15 years manufacturing agricultural nettings for growers in 32 countries.
