Product Description
The 40mm Square Propagation Pot is a compact nursery tube designed for plant propagation, seedlings and small plants. Its square design makes efficient use of growing space while helping reduce the likelihood of root spiralling.
With a 0.11L capacity and 80mm height, this compact pot is well suited to propagation applications where good drainage and consistent plant development are important.
The square format also allows pots to be positioned closely together, making efficient use of nursery benches, trays and propagation areas.
Key Features & Benefits
- 40mm square design – Compact format suited to propagation and small plants.
- 80mm height – Provides useful growing depth for young plants and seedlings.
- 0.11L capacity – Suitable for early-stage plant growth and propagation.
- Good drainage – Designed to support consistent growing conditions.
- Square profile – Efficient use of available growing space.
- Helps reduce root spiralling – The square shape can help discourage circular root development.
- Black finish – Traditional nursery colour suitable for propagation environments.
- Australian manufactured – Produced in Australia.
- Commercial pack quantities – Available in cartons of 1,440 units.
Specifications
| Specification | Details |
|---|---|
| Product Type | Square Propagation Pot / Tube |
| Size | 40mm |
| Width | 40mm |
| Height | 80mm |
| Capacity | 0.11L |
| Shape | Square |
| Colour | Black |
| Item Code | T40S00 |
| Pack Type | Carton |
| Carton Quantity | 1,440 |
| Pallet Quantity | 34,560 |
| Country of Manufacture | Australia |
Ideal For
- Plant propagation
- Seedlings
- Small plants
- Nursery production
- Horticultural propagation
- Growing young plants
- Commercial nurseries
- Home gardeners propagating plants
Why Choose the 40mm Square Propagation Pot?
A compact and practical option for early-stage plant production, this 40mm square pot combines a space-efficient design with useful growing depth and good drainage. Its square profile is particularly useful where bench or tray space needs to be maximised while helping minimise the likelihood of root spiralling.