Imikhiqizo
Isihlalo sabakhubazekile somjaho we-Wolturnus Amasis
I-Amasis iwukudluliswa okuphezulu kwamandla e-athletic.Selokhu yakhululwa ngo-2004, isihlalo esinamasondo somjaho i-Amasis sephule amarekhodi omhlaba futhi yanqoba izinqola eziningi kwezokusubatha kanye nemijaho yamabanga amade kuma-Paralympic Olympics.
Uhlaka lwe-Amasis lwenziwe nge-tempered 7020 lightweight aluminium.Amashubhu ozimele anogqinsi kakhulu aphumela esitulweni esinamasondo somjaho esiqinile futhi esiqinile. Lokhu kusho ukuthi wonke amandla omsubathi aguqulwa abe amandla kanye nokugijima.
I-Amasis ngayinye yenziwe nge-taylor.Isihlalo esinamasondo somjaho senziwe ngendlela oyifisayo kuze kube yimilimitha yokugcina ukuze sivumelane nezidingo zomsubathi ngamunye, izifiso kanye nezilinganiso zomzimba.
Ngokuya ngokuma okuthandwayo kwezihlalo, singahlomisa i-Amasis ngekheji yokuhlala.Kungakhathaliseki ukuthi umsubathi ufuna ukuhambisa i-Amasis endaweni ehlezi noma yokuguqa - sivumelanisa umklamo ngamunye.
Abasubathi abasezingeni lomhlaba abafana noParatriathlon World Champion noParalympic Champion Jetze Plat, sekuyiminyaka bethembele ku-Amasis.Kithina, kubaluleke kakhulu ukuthuthukisa imikhiqizo yethu ngokuqhubekayo, ukudweba isipiliyoni nolwazi lwabasubathi abangochwepheshe.Ngenxa yokubambisana ne-Jetze Plat, sikhethekile ekwakheni i-Amasis yokusetshenziswa kwe-Triathlon ngokulungisa idizayini ukuze kube lula ukudluliswa okusheshayo ukusuka ku-handbike ukuya esihlalweni sabakhubazekile somjaho.
Izihlalo zethu ezinamasondo namafreyimu ebhayisikili ephathwayo zenziwe nge-7020 (AIZn4.5Mg1) aluminium.Lena ingxubevange ye-aluminium enamandla kakhulu ekwazi ukushiselwa.Iqinile kakhulu kunanoma iyiphi ingxubevange ye-titanium.Yingxubevange ekhethwayo yezimoto ezihlomile, izithuthuthu namafreyimu amabhayisikili.Ubuchwepheshe bethu obuyingqayizivele be-Sigma Tubing bukhulisa amandla ngesikhathi sokwenziwa kwamashubhu amakhulu anezindonga ezincane.Ngokuhlangene, lezi zithola isilinganiso esidlulele sokuqina kwesisindo.Umphumela uwukuzinza kokugcina.
I-Wolturnus ihlale isebenzisa i-TIG (Tungsten Inert Gas) yokushisela.Kuhlanganiswe nenhlanganisela yegesi ye-argon-helium evikelayo, lokhu kuvimbela okusanhlamvu ukuthi kungathuthuki ngesikhathi senqubo yokushisela.Lokhu kuqinisekisa ukuthi impahla igcina amandla ayo aphezulu.
Noma yikuphi ukungezwani okuye kwavela phakathi nenqubo yokushisela kuqedwa ngokushisa-ukuphatha ifreyimu ekushiseni okuphezulu kakhulu ngemva kwalokho.Uhlaka luyakalwa bese kwenziwa noma yiziphi izinguquko ezidingekayo ukuze kuqinisekiswe ukuthi umkhiqizo wokugcina uhambisana ngokuphelele.Ekugcineni, ifreyimu yenziwa lukhuni inqubo yoshintsho lwezinga lokushisa olubalwe ngokunembile olubuyisela amandla amakhulu kuyo yonke i-microgram eyodwa ye-aluminium.
I-Anodizing iyinqubo eyenza ukuba imibala ihlanganise, ikhulise ukumelana nokugqwala futhi iqinise ubuso.Ungqimba lwe-aluminium oxide lwengezwa endaweni engaphezulu ye-aluminium.I-Aluminium oxide ingenye yezinto eziqinile emhlabeni.Ikala u-9.7 esikalini samaphoyinti angu-10 se-Moh sobunzima obuhlobene.
(Amadayimane:10.Ingilazi:5.6.) Ukwelashwa okungaphezulu kuphumela endaweni egqoke kanzima nengenakulungiswa.Iqinisekisa ukumelana nokugqwala.Idala indawo enemibala, eqinile futhi imelana nezifaca kanye nomthelela.I-Anodizing iyindlela yokwelapha engaphezulu esetshenziswa yi-Wolturnus.
