Traditional split-tine contacts can suffer from mechanical fatigue over repeated mating cycles, which increases contact resistance and leads to overheating under heavy electrical loads. Jnicon's high-current torsion spring technology provides multiple independent contact points inside the female terminal sleeve. This layout maximizes effective surface area, lowers contact resistance to milliohm levels, and significantly reduces the risk of thermal runaway in high-power systems like energy storage banks and EV charging stations.