Product: Model — copper wire Material: T2 (99.9% copper) Chemical composition: Cu + Ag 99.95%, Bi 0.001%, Sb 0.002%, As 0.002%, Fe 0.005%, Pb 0.005%, S 0.005% Thermal conductivity: 384 W/(m·K) Key benefits — why choose this copper wire High-purity T2 copper (99.9%) delivers reliable electrical and thermal performance for demanding applications. Excellent thermal conductivity (384 W/(m·K)) helps remove heat quickly, reducing operating temperatures and improving component longevity. Consistent chemical composition minimizes impurities that can reduce conductivity or cause performance variability. Versatile function: designed for use wherever high-quality copper wire is required for conduction, winding, grounding, or thermal transfer. What this product solves Reduces resistive losses and heat buildup in electrical systems compared with lower-purity alternatives. Provides stable, predictable performance in wire-wound components and buswork where conductivity and thermal transfer are critical. Low impurity levels limit corrosion and degradation pathways, supporting long-term reliability. Important attributes Function: electrical conductor and thermal conductor for wiring, coils, busbars, and thermal management elements. Material: T2 grade copper with documented composition and minimal impurity content. Performance: very high thermal conductivity at 384 W/(m·K), supporting efficient heat dissipation. Compatibility: suitable for applications and manufacturing processes that require high-purity copper wire (winding, soldering/terminations, grounding, busbars, thermal paths). Practical applications and use scenarios 1) Motor and transformer windings — Use T2 copper wire for coil windings where high conductivity improves efficiency, lowers losses, and maintains stable operating temperatures. 2) Power distribution and grounding — Ideal for busbars, interconnects, and grounding conductors in electrical panels and power equipment that require consistent, low-resistance connections. 3) Thermal management in high-power electronics — Use as a thermal conduction path or bonding conductor in assemblies where fast heat transfer reduces hotspot formation and extends component life. Safety and quality notes Material is specified as T2 99.9% copper with the chemical composition listed above. Handle and process according to standard safety and industry manufacturing practices for copper wire. For specific dimensional, mechanical, or surface finish requirements, confirm those details with your supplier or purchase order (this description specifies material and composition; physical dimensions and finishes are application-dependent). Where it stands out Clear, controlled composition and high thermal conductivity make this T2 copper wire a dependable choice for electrical and thermal applications that demand consistent performance and longevity.