Beryllium Copper Flat Spring

Fusion nan beryllium kwiv plat Springs "Superelasticity" ak Silver Kontak '"Conductivity" Valè debaz la nan eleman sa a manti nan "konplemantarite nan direksyon nan pwopriyete materyèl": Beryllium kwiv (BeCu) reyalize "superelasticity" (limit elastik> 1380 MPa, de fwa sa yo ki an fosfò an bwonz), nan kenbe elastik deformation konstan, nan kenbe deformation konstan; kontak ajan (Ag alyaj) ranpli wòl kondiktè yo ak rezistans ki ba (< 3 mΩ) and high wear resistance. The two are precisely riveted together to form an integrated "elastic body-conductor" structure, solving industry pain points such as "insufficient contact pressure due to spring force decay" and "poor contact caused by assembly errors."

2. Analiz karakteristik kle

Dinamik Estabilite Elastik: Prentan plat la adopte yon "konsepsyon arc -seksyon varyab" (epè nan mitan an ak mens nan tou de bout). Apre optimize pa simulation eleman fini, atténuation fòs elastik la se<3% after 100,000 cycles of loading (±0.5mm deformation) (compared to >15% pou sous dlo òdinè);

Kondiktivite-Sinerji elastik: Diferans nan koyefisyan ekspansyon tèmik ant Stamping Copper Beryllium ak kontak ajan se<1.5×10⁻⁶/℃. No stress cracking occurs at the interface after riveting. Conductivity fluctuation is <5% within the temperature range of -60℃ to 150℃;