Silver Thick Huggie Hoop Earrings
● Dispatched within 1 working day.
Shipping over $50
Hypoallergenic
30-day returns
Gift packaging
Silver Thick Huggie Hoop Earrings
Minimal and elegant silver thick huggie hoop earrings made of solid 925 sterling silver. These small hoops sit close to the ear and create a clean, modern look that is perfect for everyday wear.
Their minimalist design makes them ideal for stacking with other earrings to create your own curated ear stack.
Perfect for:
• lobe piercings
• cartilage piercings
• helix piercings
• second lobe piercings
These versatile hoops are comfortable enough for daily wear and can easily be styled with other tiny studs or hoops.
❤ For our US Customers:
PRODUCT DETAILS
• Material: Solid 925 Sterling Silver
• Style: Thick Huggie Hoop Earrings
• Closure: Secure hinged click closure
• Inner Diameter Options: 6mm – 10mm
• Hypoallergenic
• Nickel Free & Lead Free
• Suitable for everyday wear
• Sold as single hoops or pairs
SIZE GUIDE
Choosing the right hoop size depends on where you plan to wear it.
• 6mm – 7mm → snug fit for helix or cartilage
• 7mm-8mm → most popular size for lobe piercings
• 9mm – 10mm → relaxed fit for stacking styles
Please check the size guide in the product photos before purchasing.
PURCHASING OPTIONS
These earrings are available as single hoops or pairs. Both options can be selected from the dropdown menu.
• Single → 1 individual hoop
• Pair → 2 individual hoops
925 sterling silver · 18k gold-plated options · nickel-free
Materials
925 sterling silver base, with 18k gold-plated and rhodium-plated options. Nickel-free and made to be worn every day.
Sizing & Fit
Measurements are listed in millimetres. “Single” is one earring; “Pair” is two. Choose the diameter that suits the look you’re building.
Care
Keep dry and away from water, perfume and lotions. Store in the pouch provided and gently polish with a soft cloth.
Shipping & Returns
Complimentary shipping on orders over $50, dispatched within one working day. Returns accepted within 30 days in original condition.