Hidden Hollow Beads Women's FBA Cont Slim Style Fashion Beaded Lanyard 34", Available, for Keys, Badge Holder, White Pearl-Non Breakaway-Stronger, 86.36 cm

• Lightweight - This beautiful, strong lanyard weighs less than 1.5 ounces! 34" lanyard with swivel hook and key ring, the Super Slim design displays your ID badge clearly while complimenting any outfit.
• Strong and Safe - We make all of our fashion lanyards using 19 strand wire for optimal strength. Every union is double crimped to ensure that your badge holder, ID, keys and other items will remain securely in place, whatever your day holds. Our break away lanyards are made specifically with safety in mind, and will release quickly if pulled, while still staying put with every day activity.
• We pride ourselves on great customer service. We will do whatever it takes to make sure you are happy with your lanyard purchase. We love what we do and want you to love our lanyards. If you have any problems, please contact us to resolve the issue.
• Made in the USA - These beautiful, high quality beaded lanyards are hand beaded, right here in the USA.

Women’s Beaded Lanyard made with 19-strand wire with a 58-pound break point. If you're looking for a dressy lanyard for the office, look no further. This beaded fashion necklace lanyard looks like jewelry, but holds your id badge, keys, and other items securely, leaving you free to focus on work. Handmade in the USA, each beaded work ID badge holder is crafted from 19-strand, coated wire, making it strong enough to hold up to tough work conditions, while still adding a classy and stylish touch to any outfit. Some work situations require a breakaway style lanyard necklace, for safety reasons. Our beautiful beaded breakaway jewelry lanyards for women are double crimped at each union and held together with a super strong breakaway clasp that gives under pressure. Each lanyard is 34 inches long, hanging down 17” from the back of the neck. Smooth seed beads around the neck area help keep the beaded lanyard id badge holder from pinching.