99.9% T2 Pure Copper Wire — Bare solid copper wire that combines excellent conductivity, durability and workability for jewelry, electrical repair and industrial use. Key benefits Superior conductivity: 99.9% T2 Pure Copper Wire provides strong electrical and thermal conductivity for reliable signal and power transfer. Durable and stable: High wear resistance, corrosion resistance, and the ability to tolerate elevated temperatures ensure long-lasting performance. Easy to shape and finish: High plasticity makes it simple to bend, wrap and form. The wire can be soldered, hammered and treated with patina for custom finishes. Versatile: Suitable for both delicate craft work and functional electrical applications, reducing the need to source multiple materials. Important features Material: 99.9% T2 Pure Copper Wire, bare solid construction. Performance: Stable properties, strong electrical conductivity, high thermal conductivity, wear and corrosion resistance, heat tolerant. Workability: Can be soldered, hammered, wire-wrapped and patina-applied; ideal as a sample kit for testing and prototyping. Practical use scenarios Jewelry making and wire wrapping: Create rings, pendants, frames and intricate wire-wrapped designs that hold shape and accept patina or plating for professional finishes. Electrical coils and motors: Wind coils for small motors, transformers and inductors where consistent conductivity and thermal performance matter. Repairs and prototypes: Use for cable runs, brushes, switchgear connections, solenoid valves and general electrical appliance or automotive repairs that require a reliable conductive wire. Applications DIY art and craft, jewelry making, wire wrapping, cables, brushes, hobby projects; electrical motors, lighting fixtures, transformers, coils, switchgear, solenoid valves, automobiles, electrical appliances, industrial electronics, pumps and fans. What you get A bare solid copper wire made from 99.9% T2 Pure Copper, suitable for crafting, electrical work and prototyping where dependable conductivity, formability and durability are required.