Wholesale Olivia Paperclip - 2x5mm Chain - 14k Gold Fill

Olivia - Layering Paperclip Chain For Permanent Jewelry Artist use and Custom Jewelry Creation Wholesale Chain Account Size: 2mm × 5.5mm. The smooth paperclip. Clean, modern, and one of the easiest chains in the catalog to thread at the fitting bench. Order Guide Average Bracelet Length: 5.5 – 7" inches 1 meter = 39.37 inches — Creates approximately 5–6 bracelets at 7-inch run. Available by the meter or by the foot. Pricing encourages meter purchases for maximum bracelet yield. What is it? A classic paperclip chain — elongated, rounded-rectangular links that earned the name by actually looking like paperclips. The paperclip chain exploded in popularity in the early 2020s and has become a modern PJ staple. Perfect for: Permanent Jewelry or Ready-to-Wear. Easy threader, quick weld, forgiving geometry. Who it's for: Clients who want modern, minimal, and graphic — jewelry that reads current rather than classic. Also ideal for charm layering: the long links of a paperclip accommodate more charm stations per inch than a standard cable or curb chain. Bracelet Type: Classic smooth paperclip. Flat-laying, low-tangle, easy-threading. Stacking Character: Flat + negative space + modern. The long open links define her — airy, graphic, architectural. Bracelet Stack Balancing: Olivia's abundant negative space loves the company of surface-area chains — Marina, Hunk, Bitty, Hermes 2.4mm. Any of those fill her openness with balanced visual weight. A rolling delicate like Alexia adds softness and profile contrast. For charm work, Olivia is arguably the best charm chain in the catalog — her long links are charm landing pads by design. Clients often come back to add more stations over time; Olivia grows with them. Why Spark Society chose her: Every Golden Spark Society chain is selected for low break rate. Paperclip chains distribute tension across their long links efficiently — the fewer connection points per inch (compared to fine cable or Singapore) actually gives them a durability advantage at equivalent gauges.