Hoop Earrings, Tubular Clicker, Stainless Steel Gold-Plated

• Base metal:Stainless steel gives this streamlined hoop its metal construction.
• Finish:Gold-Plated provides the gold-plated option with a bright polished appearance.
• Profile:A smooth, rounded 2 mm tubular body creates a fuller look than a fine wire hoop.
• Closure:The hinged clicker segment and straight post form an integrated, continuous-looking circle when closed.
• Inner diameter:8 mm offers the closest fit for compact lobe placement.
• Inner diameter:10 mm is a balanced middle scale for everyday hoop assortments.
• Inner diameter:12 mm gives the same tubular design a more visible drop from the lobe.

These compact hoop earrings pair a smooth, rounded tubular profile with a straight clicker post and a hinged lower segment. The clean circular silhouette sits close to the lobe, while the substantial 2 mm tube gives each small diameter a defined, polished outline. Gold plating and silver-tone color options make the design easy to place within a core ear-jewelry selection.

Built for pierced ears, the hoop opens at the hinged segment so the straight post can pass through the piercing before clicking back into its receiving end. The 8 mm, 10 mm, and 12 mm inner-diameter choices create a coordinated scale progression, from a close huggie-style fit to a more visible everyday hoop.

For wholesale earring edits, this is a foundational stainless steel hoop earrings style rather than a statement-piece design. Its unadorned round form works as a standalone basic and as a repeatable shape for multi-piercing displays. The three inner diameters allow buyers to merchandise one silhouette across different lobe placements without changing the closure or surface profile.

Present the sizes together to make the progression clear: the 8 mm option reads especially close to the ear, while 10 mm and 12 mm add incrementally more circumference. The clicker construction keeps the hoop visually uninterrupted at the front, so it suits clean, minimal presentations. Select color and inner diameter as separate variant decisions for accurate assortment planning.