I-bronze ye-beryllium ine-conductivity elungileyo ye-mechanical kunye ne-heater conduction machinability

Beryllium ubheduineempawu ezilungileyo ezibanzi.Iimpawu zayo zemishini, oko kukuthi amandla, ubunzima, ukuxhathisa ukunxiba kunye nokumelana nokudinwa, inqanaba lokuqala phakathi kweealloyi zobhedu.I-conductivity yayo, i-heat conductivity, i-non-magnetic, ukumelana ne-spark kunye nezinye iipropathi azikwazi ukuthelekiswa nezinye izinto zobhedu.Amandla kunye ne-conductivity ye-beryllium yobhedu kwixabiso eliphantsi kakhulu kwisisombululo esiqinileyo sombuso othambileyo.Emva kokuqina komsebenzi, amandla aphuculwa, kodwa i-conductivity iselona xabiso liphantsi.Emva kokuguga unyango lobushushu, amandla ayo kunye conductivity kwanda kakhulu.

I-bronze ye-beryllium ine-conductivity elungileyo ye-mechanical kunye ne-heater conduction machinability

Umatshini, ukuwelda kunye neempawu zokugulisaibheryllium yobheduziyafana nezo zealloyi zobhedu eziqhelekileyo.Ukuze kuphuculwe ukusebenza komatshini we-alloy kunye nokuhlangabezana neemfuno ezichanekileyo zeendawo ezichanekileyo, amazwe ahlukeneyo aphuhlise i-bronze ephezulu ye-beryllium (C17300) equkethe i-0.2% ~ 0.6% lead, eneempawu ezahlukeneyo ezilingana ne-C17200, kodwa i i-coefficient yokusika i-alloy inyuke ukusuka kwi-20% ukuya kwi-60% (i-100% yobhedu lokusika lwamahhala).


Ixesha lokuposa: Oct-14-2022