New Fashion Heart Stud Earrings for Women Hypoallergenic Screw Cartilage Helix Earring Girls Piercing Accessories Jewelry Gifts
SPECIFICATIONS
Back Finding: Screw-back
Brand Name: Avenneth
CN: Guangdong
Choice: yes
Earring Type: Stud Earrings
Fine or Fashion: fashion
Gender: Women
High-concerned chemical: None
Item Type: Earrings
Material: Metal
Metals Type: Copper,Copper Alloy
Model Number: AED18
Origin: Mainland China
Shape\pattern: Heart
Style: TRENDY
New Fashion Heart Stud Earrings for Women Hypoallergenic Screw Cartilage Helix Earring Girls Piercing Accessories Jewelry Gifts
❤ Ear needle size: 1cm
【Important Buyer Notes – Earring Care & Usage Tips】
Dear customer, thank you for choosing our earrings. To keep them shiny and long-lasting, please read the following carefully:
⚠️ DO NOT expose to any liquids
The earring posts are made of copper with a protective coating/finish. Avoid contact with water, alcohol, perfume, sweat, lotions, cleaning agents, or any other liquids. Liquid exposure may cause oxidation, discoloration, rust, or coating peeling on the copper posts. This is a normal chemical reaction and is NOT a quality defect.⚠️ Wearing order & removal
Please put on earrings AFTER applying makeup, perfume, or skincare products. Always remove before showering, swimming, exercising, or using a sauna.⚠️ Cleaning method
To clean, use a soft dry cloth only. DO NOT use alcohol wipes, wet wipes, or any solvent-based cleaners.-
✅ Bendable posts (This is NOT a defect)
The earring posts are made of copper, which is malleable. You may gently bend or straighten them to adjust the angle for a more comfortable fit based on your piercing.
Please note:Bend slowly and gently. Avoid repeated bending at the same spot, as this may cause metal fatigue and breakage.
Slight surface marks or tiny coating cracks after bending are normal characteristics of the material and do NOT affect wearability or indicate a defect.
💡 Storage tip
When not wearing, store earrings in a sealed bag or jewelry box to minimize air exposure and slow down oxidation.











