*1950’s Royal Standard Stud Dangly Earrings CZ YC263

Product Description

These handmade earrings are created from an authentic Royal Standard plate – Circa 1950’s. They have been carefully reclaimed and transformed into wearable art. Each piece of china is hand-cut and shaped to highlight this violets pattern. The also have a tear drop CZ which really catches the light.

Rather than letting a beautiful vintage plate go to waste, the china is given a new life as a unique pair of earrings with history and character. Because the original plate was broken, no two pairs can ever be exactly the same — each set is truly one of a kind.

Lightweight and comfortable to wear, these earrings add a subtle vintage touch to everyday outfits while telling a meaningful story of restoration and reuse.

Your earrings will arrive carefully packaged and ready for gifting - or kept - as a small treasure in our custom Porcelain Memories gift box.

Details

• Materials: Genuine Royal Standard china (reclaimed vintage), stud earring settings made from high quality real yellow gold plated over brass. Lead and nickel free. 
• Finish: Hand-cut, shaped, and smoothed
• Style: Vintage, cottagecore, sustainable, handmade
• Condition: New, handmade using vintage materials
• Availability: One of a kind / limited quantity

Dimensions

• Width: Plate piece is approx. 18mm across

Why You’ll Love Them

• Authentic vintage china
• Handmade from reclaimed materials
• Lightweight and easy to wear
• One-of-a-kind design
• A thoughtful, story-driven gift

Sustainability Note

These earrings are made using reclaimed vintage china, giving new purpose to materials that might otherwise be discarded while preserving their original beauty.

Care Instructions

Handle with care and store separately to avoid impact. Avoid exposure to water, perfume, or harsh chemicals to preserve the china and metal components.

Please Note

Due to the reclaimed nature of vintage china, variations in pattern placement, colour, and small age marks are normal and add to the individuality of each pair.