480mm Seedling Tray Deep - Black
Item No. TRSD48000
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It is used for propagating cuttings of evergreen Magnolias and Michelias. Especially useful for plants with large leaves. Also suitable for any other large cuttings and varieties which take a long time to callous and produce roots. Plants can be held in them for longer because of larger volume of pr
Description
It is used for propagating cuttings of evergreen Magnolias and Michelias.
Especially useful for plants with large leaves.
Also suitable for any other large cuttings and varieties which take a long time to callous and produce roots.
Plants can be held in them for longer because of larger volume of propagation media.
Especially useful for plants with large leaves.
Also suitable for any other large cuttings and varieties which take a long time to callous and produce roots.
Plants can be held in them for longer because of larger volume of propagation media.
Specifications
- Height mm
- 80
- Length mm
- 480
- Width mm
- 300
- Sales UOM Pack Qty
- 20
- Pallet Qty
- 840
- Colour
- 00 - Black
- Brand Name
- GCP
- Country of Manufacture
- Australia
- Product Range
- Pots & Containers
- Category
- Seedling Punnets
- Sub Category
- Trays
480mm Seedling Tray Deep - Black
Loading
Specifications
- Height mm
- 80
- Length mm
- 480
- Width mm
- 300
- Sales UOM Pack Qty
- 20
- Pallet Qty
- 840
- Colour
- 00 - Black
- Brand Name
- GCP
- Country of Manufacture
- Australia
- Product Range
- Pots & Containers
- Category
- Seedling Punnets
- Sub Category
- Trays
Description
It is used for propagating cuttings of evergreen Magnolias and Michelias.
Especially useful for plants with large leaves.
Also suitable for any other large cuttings and varieties which take a long time to callous and produce roots.
Plants can be held in them for longer because of larger volume of propagation media.
Especially useful for plants with large leaves.
Also suitable for any other large cuttings and varieties which take a long time to callous and produce roots.
Plants can be held in them for longer because of larger volume of propagation media.