Design and Aesthetics
This heart-shaped brooch elegantly combines the charm of silver-toned metal with the sparkle of white stones. Its openwork structure, with a diameter of 5.5cm, creates a lightweight effect while maintaining a remarkable presence. The stones are arranged in various geometric shapes - oval, square, and rectangular - forming a harmonious composition that beautifully captures and reflects light.
Composition and Materials
The high-quality silver-toned metal provides a durable and elegant base for the sparkling white stones. The careful finishing of each element demonstrates meticulous craftsmanship. The integrated magnetic system consists of powerful magnets ensuring secure attachment.
- Premium silver-toned metal structure
- Cut white stones
- Reinforced magnetic system
- High-quality finish
Features and Usage
The innovative magnetic fastening represents a real practical advantage. It allows for easy attachment and removal of the brooch without risking damage to fabrics as traditional pins would. This feature makes it particularly suitable for delicate garments.
Versatility and Occasions
This versatile brooch perfectly complements many outfits and styles. It enhances both a professional suit and an evening gown, or adds a touch of elegance to a simple blouse. Ideal for:
- Ceremonies and formal events
- Professional attire
- Elegant outings
- Sophisticated everyday wear
Care and Maintenance
To preserve the beauty of your brooch over time, a few simple gestures are sufficient. Regular cleaning with a soft cloth helps maintain the shine of the silver-toned metal and stones. It is recommended to store it in its case or a soft pouch to protect it from scratches and oxidation.
Usage Tips
For optimal use of your magnetic brooch, be sure to position it on a single layer of fabric to ensure good adhesion. Avoid contact with water and cosmetic products that could alter its finish. The brooch can be worn on different types of clothing, taking care not to place it too close to electronic devices sensitive to magnetic fields.