Custom At Symbol Sign 18K Gold Plated Name Necklace

The @ Name Necklace is a contemporary and elegant piece designed for those who want to make a personal statement. Featuring your name, up to ten characters long, paired with the distinctive "@" symbol, it creates a unique blend of modernity and individuality. Meticulously crafted from high-quality 925 sterling silver, this necklace is both durable and refined. It is finished with a luxurious 18K gold plating, adding a warm, radiant glow that enhances its stylish appeal. The necklace comes with a double hook chain, ensuring a secure fit and adjustable length for comfort. You have the option to choose between two pendant sizes, ranging from 3 to 5cm (1.2" to 1.97"), allowing you to personalise your look further. Presented in a matching gift box and bag, it makes a thoughtful and eye-catching gift for loved ones or a special treat for yourself.

As a craftsman dedicated to creating bespoke jewellery, I take great care in bringing each piece to life with precision and passion. When working on this necklace, I carefully select the finest sterling silver, ensuring its quality and shine. The process begins with sketching out the design, paying close attention to the proportions of the name and the "@" symbol to achieve perfect balance. I then meticulously cut and shape the silver, followed by detailed engraving to ensure each letter and symbol is crisp and clear. The finishing touch involves applying the 18K gold plating, which is done with an expert hand to ensure even coverage and a flawless, long-lasting finish. Throughout the process, I handle each necklace with care, knowing that it will become a cherished piece of jewellery for its wearer. The final assembly involves attaching the pendant securely to the chain, checking the clasps, and polishing the piece to perfection before it is carefully packaged in its presentation box. This hands-on approach guarantees that every necklace embodies our commitment to quality and craftsmanship, ready to make a lasting impression.