Terminals in power systems must withstand the combined loads of electrodynamic forces, thermal stress, and mechanical vibration, and are the first line of defense for circuit stability. HAIPART's patented elastic contact system utilizes a hyperbolic surface design to adaptively compensate for material displacement caused by thermal expansion and contraction. The built-in cushioning microstructure absorbs 80% of instantaneous impact energy, extending the fatigue life of the connection to more than three times the industry standard, perfectly embodying the engineering philosophy of "rigidity and flexibility."
Terminals in power systems must withstand the combined loads of electrodynamic forces, thermal stress, and mechanical vibration, and are the first line of defense for circuit stability. HAIPART's patented elastic contact system utilizes a hyperbolic surface design to adaptively compensate for material displacement caused by thermal expansion and contraction. The built-in cushioning microstructure absorbs 80% of instantaneous impact energy, extending the fatigue life of the connection to more than three times the industry standard, perfectly embodying the engineering philosophy of "rigidity and flexibility."
