4x2mm Disc (Donut) Beads made of Stainless Steel 20 Pieces

CHF 8.00
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Artikelnummer: 106.59

In stock

Discover the perfect addition to your unique jewelry creations with our 4x2mm stainless steel disc beads! These exquisite 20 pieces not only add a touch of elegance but also provide a versatile foundation for your creative designs. With a diameter of 4mm and a practical 2mm hole, they are ideal as stylish spacer beads for necklaces, bracelets, or even delicate anklets and glasses chains.

Made from high-quality stainless steel, these beads are not only durable but also an excellent choice for anyone with sensitive skin who reacts to other materials.

Stainless steel disc beads measuring 4 × 2 mm. 20 pieces to use as spacer beads for your custom-designed necklaces, bracelets, and earrings at Neus Shop.

Add a modern and timeless touch to every piece of jewelry that shines both in everyday wear and on special occasions. Unleash your creativity and add a new dimension to these elegant beads – for jewelry that not only looks beautiful but also tells stories!

Why not combine these beads with

faceted glass beads

heart beads

elastic cord

 

Product care & materials

What materials do you use?


We use a wide variety of materials – including 925 sterling silver, stainless steel and surgical steel, nickel-free silver-plated and gold-plated metals, genuine minerals, glass, and many other materials for jewelry making.

In our own workshop, we also handcraft glass beads that we use for individual jewelry pieces and accessories.

What's the best way to care for my jewelry?


Keep your jewelry as dry as possible and preferably store pieces individually. Avoid direct contact with perfume, cosmetics, and cleaning agents. If necessary, clean your jewelry gently with a soft cloth. This will help maintain its color, shine, and beauty for as long as possible.

Can I wear my jewelry while showering or exercising?

We recommend removing jewelry before showering, swimming, or exercising – moisture, chlorine, and sweat can damage some materials.