925 Sterling Silver Magnetic Clasp Converter, 4.5mm Spring Ring
This 925 sterling silver magnetic clasp converter is a practical jewelry finding for making necklaces and bracelets easier to fasten. It is listed as New with tags and ships with Free Shipping. Use it to convert a standard spring ring clasp to a magnetic connection for quicker on-and-off wear. Check the listing for details on exact sizing, compatibility, and any included components.
| Location | San Tan Valley, Arizona US |
| Shipping | Free shipping (check listing for details) |
| Seller |
jewelrymaven-net
99.9% positive · 7130 feedback
|
| Listing | FixedPrice · Active |
| Restocking Fee | No |
| Return shipping will be paid by | Seller |
| All returns accepted | Returns Accepted |
| Item must be returned within | 30 Days |
| Refund will be given as | Money Back |
| Closure | Magnetic |
| Number of Pieces | 3 |
| Size | 4.5mm |
| Color | Silver |
| Metal | Sterling Silver |
| Jewelry Department | Fine |
| Modified Item | No |
| Suitable For | Anklet |
| Brand | JewelryMaven |
| Type | Clasp/Closure |
| Metal Purity | 925 |
| Finding Size | 4.5mm |
| Features | Cadminum-Free |
| Country/Region of Manufacture | United States |
THESE ARE VERY SMALL!!! Please be sure it will work for you, so I don't receive anymore issues them being too small. Thanks! Listing is for 3 of these clasps This clasp is: 4.5mm diameter X 15.5mm, 5mm Spring Ring clasp 3/16" X 5/8" a dime coin is 17.5mm In our opinion, suitable for chains up to 25grams. You be the judge for yourself. No hassle returns. It is strong enough to hold one side & slide all around the Nickel without it even starting to come apart. Clasp WILL be slightly attracted to magnet, as will other clasps. Their internal springs are steel. Rest assured these are solid Sterling Silver NOT responsible for any losses due to clasp failure. USE AT YOUR OWN RISK if you use a PACEMAKER, INSULIN PUMP, OR DEFIBRILLATOR etc...Thanks Weight: 0.65grams each DO NOT clean Magnetic Claps in ULTRASONIC cleaners as it will reduce the strength of the magnets.