Brooch material: polymer
Size: 4x4.5 cm
Product Description:
This sophisticated and modern piece of jewelry combines the versatility of polymer materials with the durability of stainless steel, creating a unique and lasting accessory perfect for any occasion.
Materials:
Polymer: The main part of the jewelry is made from high-quality polymer, which is lightweight, flexible, and extremely durable. The polymer allows for the use of various colors and patterns, giving the jewelry a stylish and unique look.
Stainless Steel: Key elements of the jewelry, such as clasps, chains, or decorative pieces, are made from stainless steel. Stainless steel is known for its exceptional corrosion resistance, hypoallergenic properties, and elegant appearance.
Features:
Durability: The stainless steel parts are resistant to rust and wear, ensuring the jewelry has a long lifespan.
Comfort: Due to the lightness of the polymer, the jewelry provides comfortable wear, even for extended periods.
Style: The flexibility and moldability of the polymer allow the jewelry to be available in various styles and designs, so everyone can find the perfect match.
Safety: The hypoallergenic stainless steel components make the jewelry safe for individuals with sensitive skin.
Care Instructions:
It is recommended to store polymer jewelry in a dry, cool place.
Avoid direct contact of the polymer parts with strong chemicals and perfumes to maintain the quality of the material.
Occasionally, wipe the stainless steel components with a soft cloth to keep their shine.
Usage:
This polymer jewelry with stainless steel components is an ideal choice for everyday wear and special occasions alike. Its modern and classic appearance makes it easy to pair with any outfit.
Packaging:
The jewelry comes in elegant, recyclable packaging that not only protects the product but also offers an eco-friendly solution.
This piece of jewelry combines the advantages of modern material technology with the precision of traditional craftsmanship to create a truly special and durable item.
