Isondo lokugaya idayimane lisebenzisa i-abrasive yedayimane njengento eluhlaza, futhi lisebenzisa impushana yensimbi, i-resin powder, izitsha zobumba nensimbi ene-electroplated njengezibophezelo ngokulandelanayo.Ithuluzi le-abrasive eliyindilinga elinembobo phakathi nendawo libizwa ngokuthi isondo lokugaya idayimane (isondo lokugaya ingxubevange).

Isondo lokugaya idayimane eliboshwe nge-resin ngokuvamile linempilo ephansi futhi alikwazi ukuhlangabezana nezidingo zamathuluzi omshini wokulawula izinombolo athuthukisiwe.Impilo emfushane ibangelwa ikakhulukazi ukungezwani kahle kwe-resin bond ngokwayo noma amandla okubamba aphansi edayimane, okubangela ukuthi izinhlayiya zedayimane ezihuqayo ziwe ngaphambi kwesikhathi phakathi nenqubo yokugaya.Ngakho-ke, indlela yokuthuthukisa ukumelana nokugqokwa kwebhondi ye-resin nokuthuthukisa amandla okubamba inhlaka edayimane sekuyisihluthulelo sokuthuthukisa impilo yesevisi yesondo lokugaya idayimane le-resin bond.

Ukwengezwa kwamadevu e-silicon carbide kungathuthukisa kakhulu amandla, ubulukhuni, ukumelana nokushisa, ukupholisha, njll. kwesibopho kanye nesondo lokugaya.Amadevu e-silicon carbide anezakhiwo eziyingqayizivele zemishini kanye ne-physicochemical efana nobunzima obuphezulu, amandla aphezulu (ukuqina), nokumelana nokugqokwa okuhle kakhulu, ngakho-ke asetshenziswa kakhulu ezinsimbi, i-ceramics, amapulasitiki, njll.

Ukuqinisa nokuqiniswa kwezinto zokwakha kanye nezinto ezihlanganisiwe ukuze kuthuthukiswe amandla ezinto ezihlanganisiwe futhi kuvimbele ukuncipha nokuguqulwa.Ukuma kwentshebe ye-silicon carbide kufana nezinalithi, ikakhulukazi ukuqina kwayo kwe-Webster kuseduze nedayimane futhi inokuqina okuhle nokumelana nokugqoka, futhi uma iqhathaniswa nezinhlamvu ezilumayo, ngisho noma ububanzi bulingana nosayizi wezinhlamvu ezilumayo, kukhona amadevu. yobude obuthile obuhlanganiswe ne-I-ejenti inendawo enkulu yokubopha kanye namandla okubopha, okuthuthukisa kakhulu impilo yesevisi yesondo lokugaya.

Usayizi we-micron wohlobo lwe-βamadevu e-silicon carbideekhiqizwe i-Hongwu Nano inezici zokuhlanzeka okuphezulu kanye ne-morphology enhle, futhi yizinto ezithandwayo zokuqinisa nokuqiniswa kwezinto ezihlukahlukene ezisekelwe ensimbi, eze-ceramic-based kanye ne-resin-based composite materials.Ukuqinisa kanye nokuqina kwayo kanye nobubanzi bohlelo lokusebenza abufani nezinye izinto.

Amadevu e-Beta silicon carbide angamakristalu afana nenaliti eyodwa.Njengekristalu ye-athomu, inobukhulu obuphansi, indawo ephezulu yokuncibilika, amandla aphezulu, i-modulus ephezulu, izinga eliphansi lokunweba okushisayo, nezici ezinhle kakhulu ezifana nokumelana nokugqokwa, ukumelana nokugqwala, ukumelana nezinga lokushisa eliphezulu, ukumelana ne-oxidation, njll. Isetshenziswa kakhulu isisekelo sensimbi, isisekelo se-ceramic , Ukuqiniswa kanye nokuqina kwezinto ezihlanganisiwe ezisekelwe ku-resin, kuthuthukisa kakhulu izakhiwo zezinto ezihlanganisiwe.

Izinkomba zayo eziyinhloko zokusebenza ngokomzimba yilezi ezilandelayo:

Ububanzi beWhisker: 0.1-2.5um

Ubude be-Whisker: 10-50um

Ukuminyana: 3.2g/cm2

Ukuqina: 9.5 Mobs

I-Modulus Modulus: 480GPa

I-Tensile Amandla Amandla esandiso: 20.8Gpa

Izinga lokushisa elibekezelelekayo: 2960 ℃

Uma uthanda, wamukelekile ukuthi usithinte ukuze ufunde mayelana nemininingwane ye-HONGWU sic whikser noma i-sic nanowires.