Tendril
Tendril
Add a modernist touch to your walls with the Tendril vase.
A sleek and sculptural shard of ceramic, this vase is perfect for accentuating trailing greens. Fill the vase either from the hole on one side or from the top.
MADE TO MIX & MATCH!
See our curated Bundles, or Email us if you are looking to purchase multiple items and receive a discount!
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Mount to the wall with one small nail (no wall stud required as they are lightweight), or purchase additional velcro strips from us if holes in the wall are not an option. Use a nail for the secondary hole to keep the vase hanging straight if your plant is too heavy.
The interior of the vase is sealed with a clear glaze to ensure water tightness. All our ceramics bear the insignia and are embellished with an 18K gold drop.
See our Lookbook for styling ideas.
Visit our Plant + Care Guide for installation instructions and choosing the right plant.
To read more about the process of slip casting, see below.
Ready to ship.
Dimensions:
10.5” long
1.5” wide
1” deep
MiMOKO is thrilled to launch its first ever slip cast collection, Nature Finds a Way.
Slip casting is an exciting way to make ceramics as it allows you to produce complex shapes that wouldn't be possible using the wheel. It is an entirely different way to how we normally produce ceramics.
We have designed our own models (some with clay and some with 3D printing technology), overcome the complexities of mold making (easier said than done as you have to create both master and production molds), and leapt into the art of slip casting.
This new method consists of pouring a liquid clay (slip) into our plaster molds. As plaster is inherently absorbent, the clay forms a shell inside the mold’s walls. Once a desired thickness of clay shell has been reached, the excess slip can be poured out. After 30-60 minutes, once the cast has sufficiently hardened, it can be taken out of the mold and the seam cleaned up with a fine point blade and a delicate sponge.
Although learning and mastering this new method of production was far more complex than we had anticipated, we couldn’t be happier with the results and the knowledge gained for future work.