Our newest bead can be used to create a glass chain! We are excited to share with you the step-by-step!
Out of This World Tiered Necklace for Perles et Cetera Magazine
by Carmi Cimicata, John Bead Corp Marketing and Social Media Manager
Published Autumn Issue 2017 in French
I have been thinking a lot about our planet lately. Our connection to the sun and the other planets in our solar system are mysteries we have yet to truly unlock. With these thoughts in mind I attempted to create a necklace that would showcase our solar system in a necklace. I felt like I was back in high school as I tried to remember the order of our planets and what their most basic colours were.
The first step was to find beads that would resemble the planets. Happily, my company John Bead Corp has a rather large selection of semi-precious beads. Our solar system has eight “official” planets, which orbit the Sun. I reviewed the planet colours on “Ask an Astronomer” and selected the matching semi-precious beads that would work best on my necklace. Amazonite beads are usually in a mixed color strand. You will find beads that are pale blue to brown with this gemstone. I also used yellow jade for my gold Saturn, red jasper for Mars, agate for orange and white Jupiter and some sodalite for Earth’s white and blue.
The planets, in order of their distance from the Sun, are Mercury (Gray), Venus (pale Yellow), Earth (blue and white), Mars (reddish brown), Jupiter (orange and white bands), Saturn (pale gold), Uranus (pale blue) and Neptune (pale blue). This printed solar system became my template. I did not want too much empty space in the middle of my piece, so I went with five strands instead of eight.
I chose a pretty yellow jade pendant for my sun. I knew the first strand on this tiered necklace needed to be centered properly with a focal piece. I used a good beading wire to create all five unique tiers. Once the first tier was measured and the pendant was in place, I was able to set all the planets in locations similar to how they looked on my printed solar system map.
My rough measurements for strand lengths did not help. I quickly realized my strands were going to need tweaking and I had to “eyeball” each tier.
Since I needed to see where each “planet” would be set it was easier to set aside my ruler and use my own judgment for the right lengths. In order to ensure that each tier would hang properly I needed to cut slightly longer lengths of stringing wire so I could add or subtract wire depending on where my planets were. Taping my tiers was a very helpful part of the process.
When I figured out where a planet needed to be, I marked my wire, set a crimp in place and flattened it. Then I strung my bead and placed and flattened a second crimp to keep it secure on the wire. For tier two, I only had one bead to set.
I finished both ends of each wire with an Ez-Crimp. I taped each tier to my board to keep the strands sorted and the wire properly shaped.
I used jump rings to attach all my finished tiers to five-hole coupling bars. A lobster clasp and jump ring completed the necklace. It was fun and relaxing to get all the beads set. I started to get really good at flattening my crimp beads too!
I think my finished necklace does indeed resemble our solar system!
(P.S. I thought long and hard about adding Pluto, even though it isn’t considered a planet anymore. I might just attach a small dangling bead to represent it.)
Semi Precious Yellow Jade Pendant
Semi Precious Round Beads for the eight planets
Beadalon EZ-Crimp Ends, Gold
Beading Wire – Softflex Medium Flex Wire
5 strand coupling bars
Small Jump rings
Lobster Clasp and Large Jump Ring
Japanese Style Side Cutter Pliers
Econo Flat Nose Pliers to open and close jump rings
Crimping Plier to attach Easy Crimps to wire
Needle nose plier to flatten crimps
Natalie Foidart sent us this step-by-step showing us how she applies jingle cones to a dress. Read more about how she supported her daughter’s dream to design a new jingle cone here.
Step 1 – Review Tools and material needed (minus sewing machine)
Note there are two sizes of bias tape. The teal tape is used first and the white bias tape shown creates the striping you see on the dress.
Step 2 – String 4-6 cones on bias tape.
Step 2b – Make a knot at the bottom end of bias tape.
Step 3 – Then slide one cone down until it reaches knot.
Step 4 – Crimp top of cone with a pair of needle nose pliers.
Step 5 – Leave about an inch of bias tape showing or whatever your preference is, (some like them to hang longer or shorter).
Step 6 – Cut the bias tape at the top end of the cone with scissors.
Step 7 – Tie a new knot at the bottom of your bias tape string with cones on it and repeat step 1-6
Step 8 – After you have a few of them done, insert them in your wider bias tape (already attached to the dress). I used heat and bond to attach the wider bias tape to the dress first and I also put a strip on the inside of the tape where I placed the tabs of the jingle cones I’ve just created. I usually space them out an inch to an inch and a half apart depending on how heavy I would like the dress to be.
Step 9 – Fold the bias tape over, iron and sew it down once a whole length is completed.
Make as many rows are you desire!
PDF linked here.
We have a project step-by-step showing you how easy it is to create circular shapes that resemble flowers with these beads. Our next step-by-step will be based on mastering this easy shape. The link to the project PDF is right here.
The TRIOS ring component is a fast and easy bead to create. Once you make one, you’ll make many. They look wonderful in groups as illustrated in our first free PDF step by step project. This is an ideal beginner beading project.
The Trios Ring PDF Project was written and designed by Debra Schwartz for John Bead Corp. Original necklace and bead concept by Lena Gillespie.
PRECIOSA Hill™ is decorated with a multiple cuts.
The shallow rounding in the lower section makes it easier to sew around and to mutually link the bead with seed beads and other selected PRECIOSA Traditional Czech Beads™
Our Hill Bead collection is linked here.