Cubic Zirconia Sterling Silver Cufflinks for Men

Cubic Zirconia Sterling Silver Cufflinks for Men

Men's sterling silver Cubic zirconia cufflinks come in many shapes including square , rectangular and circular. While straight lines and sharp angles provide the perfect finish to a clean-cut look, cufflinks with more rounded edges look both elegant and modern.

Cufflink Materials

Cubic zirconia is a synthesized material, which is strong and durable. It's usually colourless, although it can be made with a variety of hues and as the way it refracts light it similar to diamonds, cubic zirconia has an attractive shine. Many of the cubic zirconia cufflinks available are also complemented by stainless steel , a material that is hardwearing and designed to last. Stainless steel is also weather-resistant and easy to polish helping cufflinks to maintain their quality and exquisite shine.

Cufflink Designs

Cubic Zirconia cufflinks for men are available in many different designs ranging from simple to elaborate. While some cufflinks have a rounded cubic zirconia crystal encased in silver steel, others have a studded effect or offer a two-tone style that's both modern and eye-catching. They can be small or large depending on your preferences and some are carved into alternative shapes such as skulls, branching away from more traditional squares, circles, hexagons and ovals.

Cufflink Toggles and Fastenings

Cubic Zirconia cufflinks fasten a shirt in many different ways. Although the fastenings can't always be seen, you may find some easier to wear than others.

Hinged cufflinks are one of the most common styles. Turning the toggle into its closed position fastens them. There are many variations of the classic hinged cufflink including the whaleback, which has a whale-like tail that flips up to help close the link. Bullet back cufflinks are also popular as they are hassle-free to secure. These have a small cylinder set between two bars, which is turned 90 degrees to keep them in place. Chain links allows for a looser cuff and are often reversible.