Description

Enjoy the beauty and convenience of artificial plants without paying high shipping fees! This DIY planter, designed for easy self-assembly at home, helps you save money while offering complete creative flexibility. Its compact design ensures smooth shipping with no extra costs due to size or weight.

Assembling your planter is simple and stress-free!

Follow the clear step-by-step instructions included in the package—or watch our tutorial video—to create a stunning, professional-looking arrangement in just a few easy steps. Durable and elegant, it will stay beautiful through every season.

Choose from our carefully curated collection of ultra-realistic artificial flowers. Ideal for brightening your balcony, patio, or entryway, these DIY arrangements let you personalize your space without watering, maintenance, or hassle!

What’s included in the box:

• One rounded black polypropylene planter
• One styrofoam block for the base
• One green grass stem
• Two outdoor-ready artificial flower stems
• One bag of decorative mulch for a polished finish

Assembly instructions:

1. Remove the drainage plug from the bottom of the black planter to prevent water accumulation.
2. Add rocks or other materials to the bottom for extra stability and volume.
3. Place the styrofoam block on top of the rocks, making sure its surface is just below the planter rim.
4. Fill any gaps around the block with additional rocks.
5. Insert the green grass stem into the center of the styrofoam block.
6. Position the two flower stems on opposite sides of the planter.
7. Cover the styrofoam block with the decorative mulch.
8. Spread and arrange the flower stems around the planter for a natural, full appearance.

Tip: To keep your artificial flowers and foliage looking fresh outdoors, apply a UV protective spray (sold separately). You can also customize your arrangement by adding or swapping stems seasonally to refresh your decor year-round!

*The height of the planter may vary slightly depending on the placement of the styrofoam block and the depth of stem insertion.