Time for part two of the nail polish flower series. This time I will be showing you how to make flowers using the second method which yields larger flowers. This method also gives you more options for experimentation and I will give you a sneak peak at some of the possibilities that you will see in the next installment of the series.
First of all, all of the supplies are the same from part one so head over there to make sure you are set up
Cut the wire to your desired length. Again I suggest starting with a 6” or 15 cm portion of 20 gauge wire. This give lots of room for the flower frame and is more forgiving than the 26 gauge when it comes to making mistakes.
Start by forming the first of your petals. Simply create a tear-drop or circular shape and twist once to secure.
Then use your pliers to tightly wrap one wire around the other.
After wrapping, start on your next petal using the same method.
Repeat until your desired number of petals are complete.
Then it is time to make twist off your petals and make a “stem.” For this, twist the two protrusions of wire together as close to the petals as necessary it make it look flush. Then use the pliers to continue that twist down the stem.
Now apply the nail polish as with part one of this tutorial. You can add additional coats as needed and once dry you can manipulate the petals to look more realistic.
Now one reason I prefer this method is it has more versatility. Since it relies on basic wire wrapping techniques, you can make nearly ANY design. In the image below you can see some of the other designs I have been trying out like a butterfly, a pendant, leaves, and a heart (not pictured).
In two weeks the third and final installation of this nail polish flower tutorial will be out. It will cover what you can make with all these lovely designs and showcase some of my non-flower designs.
If you make a nail polish and wire item and want it featured in the next post, EMAIL ME at email@example.com or find me on social media. I will select my favorites and share them will everyone.