Ibhayisikili elilula kunawo wonke emhlabeni, elenziwe ngenhlanganisela ye-carbon fiber, linesisindo esingamakhilogremu angu-11 kuphela (cishe amakhilogremu angu-4.99).
Njengamanje, amabhayisikili amaningi e-carbon fibre emakethe asebenzisa i-carbon fibre esakhiweni sefreyimu kuphela, kuyilapho lokhu kuthuthukiswa kusebenzisa i-carbon fibre kwimfoloko yebhayisikili, amasondo, izibambo, isihlalo, isihlalo, ama-crank namabhuleki.
Zonke izingxenye ze-carbon composite yamandla aphezulu ebhayisikili zikhiqizwa kusetshenziswa inqubo ye-P3, isifinyezo se-Prepreg, Performance and Process.
Zonke izingxenye ze-carbon fibre zakhiwe ngesandla kusukela ku-prepreg futhi zicutshungulwa ezimbonini zemijaho yezemidlalo efunwayo kanye ne-aerospace ukuze kuqinisekiswe isisindo esilula kakhulu namabhayisikili aqine kakhulu ngangokunokwenzeka.Ukuze kuhlangatshezwane nezidingo eziphakeme zokuklama zokuqina, indawo ye-frame cross-sectional yebhayisikili nayo inkulu.
Uhlaka lulonke lwebhayisikili lwenziwe nge-3D ephrintiwe ye-carbon fibre thermoplastic eqhubekayo, into enamandla kunanoma yiluphi uhlaka lwefayibha ye-carbon fibre emakethe okwamanje.Ukusetshenziswa kwe-thermoplastic akugcini nje ngokwenza ibhayisikili libe namandla futhi likwazi ukumelana nomthelela, kodwa futhi libe lula ngesisindo.
Isikhathi sokuthumela: Mar-21-2023