Artificial UV Resistant Yellow Flowers for Outdoor Indoor Decor

JPSOR is dedicated to providing consumers with high-quality and cost-effective products. We will continue to develop products that meet your expectations, aiming to warm up your home and bring you a romantic wedding experience. The package contains 24 bundles of fake flowers, with each bundle measuring approximately 14" in length and 8.6" in width when unfolded.

It's important to note that due to packaging and shipping issues, the product may arrive in a tightened state. However, there's no need to worry, as you can simply take it out and unfold it to recover the original shape. Additionally, there may be some harmless odors present in the manufacturing process of the plastic products, which can be easily eliminated by placing them in a well-ventilated area for a few days.

The fake boxwood shrubs feature dense green foliage and bright yellow flowers, providing a beautiful representation of nature in your living space. These artificial plants and flowers look remarkably realistic, creating a genuine feeling of being surrounded by the natural world.

Maintenance of these plastic flowers for outdoor use is a breeze. There's no need to worry about sunlight, watering, pruning, or any other maintenance requirements. The UV-resistant shrubs are waterproof and sunscreen-protected, ensuring they don't easily fade over time.

The faux plants and greenery can be used for a variety of indoor decor purposes, such as parties, baby showers, and balcony decorations. These colorful fake plants are perfect for indoor flower pots, fireplaces, table decorations, and hanging flower baskets, bringing a touch of natural beauty to any living space.

Furthermore, the artificial flowers in bulk are also suitable for outdoor decorations, such as porches, terraces, window boxes, and garden settings. Their waterproof and sunscreen properties allow them to maintain their long-lasting beauty, making them an ideal choice for cemetery flower decorations as well.

product information: