Syngonium Mini Pixie White
Original price was: ₹538.00.₹468.00Current price is: ₹468.00.
PAN India Delivery Free Fast Dispatch Healthy Plants Delivered
Out of stock
What's Included
- Healthy plant with organic fertilizer (pot optional)
◦ Plant size: 6″ – 8″ tall (including pot) - Plastic pot
◦ Pot size: 11 cm in diameter
Product Details
- Known As: Syngonium Mini Pixie White, Super Dwarf White Butterfly Plant
- Growing Difficulty: Easy
- Light: Low / Partial / Bright indirect light
- Water: Moderate
- Air Purifying: Yes!
Shipping & Delivery
Plants are shipped within 3 business days in their vegetative stage. It takes 1 to 7 days to deliver, depending on the location. Learn More
Replacement
We replace plants only if they arrive dead. If your plant dies in transit, just send us an unboxing video and photos — we'll send a free replacement right away. Learn More
Note
Plants are unique! The images are meant to give you an idea of the specification and quality of the plant you will receive, but will not be an exact replica — blooming depends on season and care.
Why you'll love this
The arrow shaped leaves in green and silver of Syngonium Podophyllum Mini Pixie White will hold your attention every time you look at it.
Syngonium mini pixie white
Syngonium Mini Pixie White is one of the important and attentive plants among the syngonium genus. Used to be a vine, all Syngonium Pixies are dwarf plant, popularly made for indoors.
Super dwarf white butterfly plant
A hybrid created for its bright foliage, Super Dwarf White Butterfly Plant is easy to grow, and super tiny. It will grow to approximately 3” in height and makes a great fairy garden, container or terrarium garden plant due to its small size.
This dwarf variety is an wonderful houseplant. It is native to a wide region of Latin America, from Mexico to Bolivia. It is a perfect table top plant and will make a beautiful hanging basket. This tropical makes a great houseplant and does well as a houseplant in a pot with lower light, normal household temperatures and humidity levels.





