What is the best chain for a pendant?
A pendant necklace is a beautiful and timeless piece of jewelry that can be worn for any occasion. The Sterling Silver 1.3mm Flat Oval Cable Chain Series from Halstead Bead is a great option for those looking for the best chain for a pendant. It is one of our all time bestselling chain necklaces! This cable chain is made of high-quality sterling silver and features flat oval links that are perfect for holding a pendant or charm. The chain is available in a variety of lengths, so you can choose the perfect size for your needs.

Are cable chains good for pendants?

Cable chains are a popular choice for pendants because they are the most classic chain link style consisting of uniform round or oval links of metal. This particular cable chain can support the weight of light to medium charms or pendants up to a maximum weight of 5 grams. The flat oval links of the chain add a touch of elegance and sophistication to the design, making it the perfect choice for those looking for a timeless look. For heavier pendants, choose a different chain that has thicker links to support more weight.

The Sterling Silver 1.3mm Flat Oval Cable Chain Series from Halstead Bead is also versatile and easy to wear. The chain can be paired with a wide variety of pendants, from simple and understated to bold and eye-catching. The chain is also easy to put on and take off, thanks to its secure clasp options. Spring rings are lightweight and affordable. Lobster clasps are a premium option that can be easier to manipulate for people who have limited dexterity.

Overall, the Sterling Silver 1.3mm Flat Oval Cable Chain Series from Halstead Bead is a great choice for those looking for the best chain for a pendant. Add to cart to try one today.

Footage Chain Note:
Bulk chain is priced per inch. All chains are sold in 12 inch minimum quantities unless a 10 foot minimum is noted. We may use segments of 7 inches or longer to fulfill your order if continuous lengths are not available. Spooled lengths are segmented at the factory so we cannot guarantee continuous lengths of any specific measure.