Package List
1 x Plastic Planter
Characteristics
- Size: 15 x 14 x 8.8cm self-watering planter.
- Material: Plastic indoor flowerpot.
- Color: As shown.
- Lightweight, and foolproof, and beautify your room, garden and your office plant pot.
- Built-in self-watering irrigation system always supplies the with the optimum amount of water unique planter.
- Just place directly into the planter. Water once, and the plants will intake the amount of water it needs via two internal cotton irrigation stripe plastic planter.
- Made of plastic materials, do no harm to plants.
Goods Information
plastic plant pots This flower pots is small but multifunctional. plant pot You will find it suitable for many of your gardening projects, especially for growing .hydroponic planter Just place directly into the planter.indoor flowerpot Water once, and the plants will intake the amount of water it needs via two internal cotton irrigation stripe.unique planter Built-in self-watering irrigation system always supplies the with the optimum amount of water
1 x Plastic Planter
Characteristics
- Size: 15 x 14 x 8.8cm self-watering planter.
- Material: Plastic indoor flowerpot.
- Color: As shown.
- Lightweight, and foolproof, and beautify your room, garden and your office plant pot.
- Built-in self-watering irrigation system always supplies the with the optimum amount of water unique planter.
- Just place directly into the planter. Water once, and the plants will intake the amount of water it needs via two internal cotton irrigation stripe plastic planter.
- Made of plastic materials, do no harm to plants.
Goods Information
plastic plant pots This flower pots is small but multifunctional. plant pot You will find it suitable for many of your gardening projects, especially for growing .hydroponic planter Just place directly into the planter.indoor flowerpot Water once, and the plants will intake the amount of water it needs via two internal cotton irrigation stripe.unique planter Built-in self-watering irrigation system always supplies the with the optimum amount of water
