Product description
Recycled plastic flower pot tray for catching excess drainage and soil spills.
Sophisticated manufacturing ensures extra durability and water-catching capabilities for indoor plants.
Square plastic plant trays suitable for both indoor and outdoor use, non-porous material.
Helps prevent water flow to the bottom of the pot, allowing roots to absorb excess water.
Choose a tray with a diameter larger than the bottom of your flowerpot for maximum water-saving and functionality.
Made of recycled plastic, these trays are not only environmentally friendly but also incredibly durable, thanks to their sophisticated manufacturing process.
Designed with functionality in mind, our plant trays feature a non-porous surface that effectively catches excess drainage and soil spills, keeping your floors clean and mess-free. The square shape allows for easy placement under flowerpots, ensuring that any water overflow is contained within the tray.
But that's not all - our plant trays also serve as a practical tool for proper watering. By placing a square plant holder under the bottom of the pot, you can reduce the flow of water to the pot's base. This allows the roots to absorb excess water, providing your plants with just the right amount of hydration they need.
To ensure a perfect fit, measure the diameter of your flowerpot's bottom before selecting a tray. It's important to choose a tray with a larger diameter than your pot's bottom to maximize water savings and guarantee that the tray meets your needs.
Item Name: Flower Pot Tray
Features: Corrosion Resistance, Self-absorbing, Water-saving
Application Scenarios: Offices, Hotels, Home Furnishings, Shopping Malls, Greening Projects, Home Gardening, Balcony Vegetable Gardens, Flower Nursery Production
10 Inches: 25cm x 25cm x 3.5cm/9.84" x 9.84" x 1.38" (Approx.)
12 Inches: 30cm x 30cm x 4.1cm/11.81" x 11.81" x 1.61" (Approx.)
Due to the light and screen setting difference, the item's color may be slightly different from the pictures.
Please allow slight dimension difference due to different manual measurement.