I-Beryllium yethusi iyisisombululo esiqinile esine-supersaturated esinengxube yethusi.I-alloy engeyona i-ferrous enenhlanganisela enhle yezakhiwo zemishini, izakhiwo ezibonakalayo, izakhiwo zamakhemikhali kanye nokumelana nokugqwala.Ngemuva kwesixazululo esiqinile nokwelashwa kokuguga, inomkhawulo wamandla aphezulu, ukuqina nokunwebeka.Umkhawulo, umkhawulo wesivuno kanye nomkhawulo wokukhathala, futhi ngesikhathi esifanayo une-conductivity ephezulu kagesi, ukuguquguquka okushisayo, ubulukhuni obuphezulu nokumelana nokugqoka, ukumelana nokukhuphuka okuphezulu nokumelana nokugqwala, okusetshenziselwa kabanzi ekwenzeni izinto ezihlukahlukene zokufaka isikhunta, esikhundleni sokukhiqizwa kwensimbi High- ukunemba, isikhunta esimise okuyinkimbinkimbi, okokusebenza kwe-electrode yokushisela, imishini yokukhipha umjovo, izibhakela zomshini wokubumba umjovo, umsebenzi ongagugi futhi omelana nokugqwala, njll. Itheyiphu yethusi ye-Berryllium isetshenziswa kumabhulashi emoto encane, omakhalekhukhwini, amabhethri, kanye nemikhiqizo. , futhi iyimpahla yezimboni ebaluleke kakhulu futhi ebalulekile ekwakheni umnotho kazwelonke.

Amapharamitha: Ukuminyana 8.3g/cm3 Ukuqina ngaphambi kokucisha 200-250HV Ukuqina ngemva kokucisha ≥36-42HRC Ukushisa kokucisha 315℃≈600℉ Isikhathi sokucisha amahora angu-2

Izinga lokushisa elithambile 930℃ Ngemva kokuthambisa ubulukhuni 135±35HV Amandla e-Tensile ≥1000mPa Amandla okukhiqiza (0.2%) MPa: 1035 Modulus of elasticity (GPa): 128 conductivity kagesi ≥18% IACS conductivity thermal ≥18% IACS thermal conductivity w/m1k10 ≄m1.