"Specification:
•	Color: Silver
•	Material: High quality ceramic
•	Texture: Diamond Texture/Geometric
•	Vase Type: Centerpiece Flower Vase
If you’re tired of dull and boring flower vase designs, this geometric design vase for home décor will definitely appeal to you. The design makes the flower vase unique and stylish. If you’re looking for a great way to showcase your favorite flowers in a centerpiece in your home décor or create the most luxurious and elegant atmosphere at your wedding table, this octagonal-shaped geometric design silver mini vase is the best choice.
Simple yet elegant silver mini vase, suitable for desktop decoration. You can use this flower vase in a variety of settings, including the home, office, and shopping mall exhibition décor. Its appearance is creative and attractive. Even if it does not include flowers, this golden vase can be used as a home décor accessory. 

Ceramic vases for decoration are the perfect centerpiece for all rooms and occasions thanks to their simple and modern design. Use this on the table, sideboard, or countertop of the room, it is a perfect focal point for an entryway, bathroom, bedroom, or any room in your home. The height of this flower vase is 7-7.5cm. The base has a diameter of 6-7cm, and the mouth of this flower vase is 9-9.5 cm.
The vase material is eco-friendly and practical. It is an ideal choice for fake flowers. These flower vases draw the eye and make your room, gardens, balconies, and houses elegant.
Decorative vases add design to a space in your home. It’s not only a flower vase but also an ideal choice for indoor and outdoor decoration. Give a unique style to your home with classically decorative vases. In addition, this also combines with other decoration styles such as modern style, big and small flower pots on shelves, a dining table, or a bedside table.
Instructions for use:
You can use these floor vases for decorating gardens, balconies, houses, living rooms, restaurants, offices, companies, schools, etc.
Warm Note:
There may be a little size deviation due to manual measurement."