Durable construction: made from quality brass and PA (polyamide) materials for long service life and resistance to wear. Precise electrical contact: manufactured with precision CNC processing to deliver consistent transmission and reliable contact performance during measurements. current capable: engineered with strong overcurrent capability to handle current charging and discharging tests safely and stably. Flexible and conductive hook: the test hook offers good flexibility for easy access in tight spaces and electrical conductivity for accurate readings. Function and compatibility Designed as a multimeter test hook to provide a secure, hands connection to wires, component leads, and terminals. Suitable for use in typical bench and field testing environments where multimeter probes or test leads are required. Key benefits — why you need it Reduces slippage and intermittent contact that can cause inaccurate readings or repeat tests. Withstands higher current tasks, so you can test battery packs, chargers, and power circuits without replacing connectors. Precision machining and quality materials improve measurement consistency and reduce contact resistance. Practical attributes Materials: brass contacts for conductivity; PA housing for mechanical strength and insulation. Manufacturing: precision CNC process for repeatable, tight tolerances and reliable mating with test leads. Performance: designed for stable electrical contact and capable of coping with current charging/discharging scenarios. Typical use cases Battery testing: attach to battery terminals or pack leads to monitor charging and discharging currents during development or maintenance. PCB and component troubleshooting: hook onto component leads or test points for stable measurements while diagnosing circuits. Automotive and power electronics: use for measuring current and voltage on connectors and harnesses during repairs or installation. What to expect A robust test hook that improves measurement reliability in current and routine testing tasks. Consistent contact performance and mechanical durability due to quality materials and precision manufacturing.