What Are Jewelry Findings? Types, Uses, and How to Choose Them

What Are Jewelry Findings? Types, Uses, and How to Choose Them

The beads get all the attention, but findings hold the whole piece together. Here's what jewelry findings are, the families they fall into, and how to pick the right part for your project instead of guessing on fit.

Beadable Pen Supplies Checklist: What You Need Before You Build Reading What Are Jewelry Findings? Types, Uses, and How to Choose Them 12 minutes

Jewelry findings are the smaller components used in jewelry making for the primary purpose of constructing, joining, fastening, supporting, and completing a finished piece. Examples of findings include clasps, jump rings, connectors, pins, ear findings, crimps, bails, and end caps. Findings typically perform the primary functional work while beads more often lean decorative. Note: "Findings" is a category, not a certification; not all findings will be appropriate for use with all parts.

That is the high-level description. Unfortunately, simply understanding what jewelry findings are does not automatically help you select the one you need. Let's talk about how to do that.

These Little Guys Actually Do the Real Work

It's easy to look at your own jewelry and not really see it at first. The eye goes to the luster and shine of the focal bead, a dramatic pendant, or a color scheme. But think about the bracelet or necklace you would like to make; it's just a collection of different components being used in tandem. Once you know what to look for, you will see findings everywhere. Open up your closet and look at that necklace you love. Look for the finding that keeps it together-perhaps a toggle clasp or a lobster claw clasp. Look at where the charm is attached. How did that artist connect the charm to the chain? Likely using a jump ring. That piece you find so gorgeous is not just an object; it is several small functions being served in order.

This functional category is critical for beginners to understand for a simple reason: Findings are not bead work; the job that matters here is the functional one (a gorgeous bead on a clasp that will not fasten correctly is not a necklace at all). Joseph Jewelry describes findings as all the pieces of jewelry other than gemstones and the main stones that help to assemble a jewelry product. They range from materials to finishings. Note the qualifier: A broad category with significant range.

"Findings" is just a standard trade label applied to this functional group. I'm not going to fabricate an origin story for you on how that label started-it doesn't actually matter, and there are many incorrect stories circling the internet. Now you know the scope.

Instead of memorizing the names in a catalog, memorize the jobs they perform. The classification becomes very intuitive when you think about them functionally. Here is the functional map you need as a new crafter:

Family The job it does
Clasps Used to open and reclose a piece of jewelry. This is the finding that you use to take it off and put it on.
Jump rings & connectors Used for linking two parts of a design together.
Crimps A part that, once paired with a corresponding wire and tool, helps to fasten or close stringing.
Pins A wire used to either build an attachment point or assist in its stabilization.
Bails Used to join a pendant or focal element to another chain or component.
Ear findings Used to join or construct the structure of the earring to be worn.
End components Used to transition and finish the ends of your strand or connection points to clean up your frayed work (worth not skipping).
Comparison grid of ZoeDIY clasps, closed rings, positioning beads, eye pins, spacer connectors, flower connectors, and screw eye pins.
Different finding forms are sold for different assembly roles. These ZoeDIY listing examples show clasps, rings, positioning beads, eye pins, connectors, and screw eye pins; their presence together does not establish item-to-item compatibility.

Don't ignore that final group-skipping end pieces is often what leaves a piece looking unfinished. If you want to see a taxonomic breakdown of findings, browse the taxonomy structure that a company like Rio Grande uses for findings. Just keep in mind that not every shop in the world will carry every item on that list, and we certainly do not.

Wait, which one, and will it fit?

A good habit: Do not start with the finding; start with the project. Define the final use-case, identify the mating part, note the critical dimensions (the measurement that does the work, not just a top-line number-inside, outside, clearance, or hole!), identify the joining method, then identify the material and finish, and only then evaluate the dimensions as described in the item's individual product page to confirm compatibility. That order tends to hold up, and frankly, we should do it by category rather than lists.

For example, clasps? They open and close. That's it. But not every clasp is a good choice for a given piece. You choose one based on utility-there is no single "best" clasp, and anyone claiming one exists is not really helping you. How do you select one? Think purpose (bracelet vs. heavy neck chain?), weight context, easy access/fastening for the wearer, dimension, material and finish requirements. If you review the Cooksongold findings range, the logic of those selections comes down to purpose, load-bearing context, opening mechanics, physical sizing, materials, and personal aesthetic. One thing you won't find there is a standardized load rating-so don't assume a part will withstand a load just because it is sold as a clasp; check with your physical components.

Jump rings and connectors? Those function to link parts together. Are the parts going through or around, what's the ring opening versus the ring width, what's the wire thickness, does the wire seat flush and true when closed? A connector has to physically clear whatever it is attaching to. It sounds simple, yet the wrong size gets ordered all the time simply because shoppers didn't confirm the dimension that does the linking versus the top-line dimension of the item itself. If you want a guide on geometry as it pertains to links, check out this guide on chain anatomy by Rio Grande-the lesson being the inner opening, not just the wire thickness, is often what you need to check first. Clasps, ear findings, jump rings, connectors: their functions follow similar logical groups, very similar to how Cooksongold structures their findings taxonomy as a standard cross-reference.

Then you hit crimps, where I urge you to stop doing it your own way immediately. A crimp is not a magic bead; it is a system. It works only in harmony with the wire, the tool being used to crimp it, and the wire it is being applied to. Beadalon (a major industry name) notes this exactly in their educational guides: wire size and the crimping tool dictate the crimp size; it's a system, not a selection. If you choose the wrong crimp for your wire with the wrong pliers, the connection can slip or the wire can shear. Don't hunt for a crimp-hunt for the system (wire, crimp, tool, matched at the same moment). (And no, I'm not outputting a generic crimp chart, those are company specific numbers tied to specific product ranges-never universal.)

Pins, bails, and ear findings round out the last group of common, necessary work-horse parts. A pin forms a connection point-so assess the gauge (thickness), the head type (to retain beads), and what the end requires (open loop, glue-on style, or wire-wrap end). A bail attaches a focal charm/pendant-so confirm if the pendant loop will pass through the bail and hang cleanly. Ear findings maintain the wearable part-check if the mounting is compatible with the dangling elements.

Good beginner advice: Choose your finished product style, identify the components required, identify your method, then find the part. If you do it in reverse, you will have a desk full of parts that don't match, and you will eventually join the ranks of jewelry hobbyists everywhere who have a "parts drawer" that grows forever.

Why that one number on the title isn't the whole story

Everything we have covered so far underscores one habit-and part of the transparency of being a hobbyist is admitting connection problems often begin here. A title contains one, maybe two dimensions, but that rarely tells the whole story of the item's dimensions or performance. Inside diameter is not outside diameter. A component could have an outside size of 8mm but an internal capacity that renders it useless for your wire, cord, or rod. Verify the dimensions that actually perform the function of that part-do not use the item title as your final, solitary dimension metric.

To illustrate, take a bead (not a finding-call this a bead, please, we are maintaining taxonomy hygiene) from our catalog to show what I mean. Let's look at the product page for our FS0605 Clear Acrylic Square Cube Bead for Beadable Pens. 16MM Cube. The item title says 16mm. On 2026-09-23, one single sample of this bead read 15.6mm outside width, with a hole measurement of 4.3mm. Two lessons to parse from that: First, the "16mm" in a title and a one-time 15.6mm reading of a single sample should coexist as distinct pieces of info, not an argument-this is an observation of one single bead sample. Second, the 4.3mm hole doesn't certify it fits any specific rod you might use for your pens-that is the actual measurement of that one piece. The gap between what is said on the page ("16mm") and what you get out of the box should be tested with calipers on the dimension that actually does the work.

Three paired rows of original caliper photos showing FS0605 at 15.6 and 4.3 millimeters, an unidentified star sample at 29.7 and 2.1 millimeters, and an unidentified red bead sample at 17.1 and 3.3 millimeters.
Six original caliper photographs of three individual samples measured on 2026-09-23. FS0605 shows one sample at 15.6 mm outside width and 4.3 mm hole; the unidentified star sample shows 29.7 mm span and 2.1 mm hole; the unidentified red bead sample shows 17.1 mm outside diameter and 3.3 mm hole. Each value is sample_count=1 and does not establish batch specifications, tolerance, accuracy, or compatibility.

This happens everywhere in findings too. Different sellers may name things by different conventions, so the same title number could point to different measured attributes from one listing to the next. For a random example, in our shop, the 8MM Jump Ring is listed simply as "8MM Jump Ring" without defining which part of the jump ring the 8mm refers to-or whether it is the wire gauge or total diameter. The 2.5mm crimp bead is listed by its name without referencing the specific wire size it requires-the system is up to you. The "1.8mm Round Head 20mm Pin" is named that way because that is how it is identified, even as the specific measurement location remains ambiguous. They are real, standard industry terms, but they may represent different points of reference.

This confirms our main takeaway: fitting and compatibility are the final step of a DIY process, not an assumption. While it is true at the brand level that the ZoeDIY collection largely features components used for assembly along with finished items, that does not mean a part purchased individually has been tested to link directly with another. It depends on every aspect: the specific finding in question, what it connects to, your medium, your tools, your dimensions, the directions your openings face, and your weight loads. All of them, checked against the specific application. You test for the specific application; you do not buy on the presumption that because it's called a "finding" it fits whatever else happens to also be a "finding."

Start your build with our current assortment of beading wires, supplies for keychain making, or just browse the whole catalog. You'll also find any New Arrivals here, which cycles over time.

Two Questions Worth Askinga

Do I really have to measure everything I order?

Not for everything, no. But for the parts connecting things together? Yes, verify the measurement that is doing the fastening (things like hole size, inner clearance, or pin gauge, depending on the part). If that dimension is off, the connection may not hold. It is a cheap check for a craft project.

Where do I get the real specs and current availability?

On the item's own product page. That is where current price, pack count, availability, and product-level specs are shown for a given listing, as far as that page actually discloses them. Use this piece to get the category mental map, use the product page to complete the build.

Written and reviewed by ZOE, Business Owner at ZoeDIY.

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