Double-sided Crocodile Clamps — brand new Key benefits Reliable electrical contact: strong conductivity and good contact performance ensure stable connections for testing and temporary wiring. Durable finish: surface coating with a polished gloss protects the metal and resists wear, improving longevity and appearance. Secure grip and flexibility: strong elasticity provides consistent clamping force without deforming, making connections safer and more reliable. Voltage resistance: designed to withstand typical voltages encountered in testing and light electrical work. Features Function: two-sided crocodile clamps for making temporary or test connections on wires, component leads, and terminals. Construction: metal conductive core with a surface coating that provides a smooth, glossy finish and corrosion protection. Performance: high electrical conductivity and good contact reliability for consistent signal and power transfer. Condition: brand new. Compatibility and practical notes Compatible with standard test leads, jumper wires, battery terminals, and small connectors used in electronics, automotive diagnostics, and DIY projects. Compact double-sided design allows easy attachment on both ends for in-line connections or bridging. Use with proper insulation and within safe voltage/current limits for your equipment; clamps provide good conductivity but do not replace insulated or certified high-voltage connectors. Typical use scenarios Electronics testing and prototyping: hold components or connect test leads quickly during circuit assembly, debugging, and bench work. Automotive and battery checks: temporarily attach to battery terminals or sensor leads for voltage and continuity checks. DIY repairs and small electrical projects: secure temporary connections when replacing components, routing wires, or verifying circuits. What to expect Consistent clamp force, clean glossy finish, and dependable electrical performance in a brand-new product. Ideal for hobbyists, technicians, and anyone needing reliable temporary electrical connections.