Izintambo
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I-Dyneema rope / Amandla aphezulu / Ama-Modulus aphezulu / Amandla aphansi
Ukuqalisa
Intambo ye-Dyneema yenziwa nge-polyeema ephezulu yamandla we-polyethylene fiber, bese yenziwa ngentambo enkulu futhi ebucayi ngentambo ebucayi ngokusetshenziswa kobuchwepheshe bokuqinisa intambo.
Isici sokuthambisa sengezwa ebusweni bomzimba wezintambo, okuthuthukisa ukunamathela ebusweni bentambo. Ukuhlanganiswa okubushelelezi kwenza izintambo zihlala isikhathi eside, zihlala isikhathi eside ngombala, futhi zivikele ukugqoka nokuphela.
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I-Kevlar ngentambo / i-Ultra-High Amandla / Ukuqina Okungaphansi / Ukumelana nokuguga
Ukuqalisa
Intambo kaKevlar esetshenziselwa ukujabulisa uhlobo lwentambo eyinhlanganisela, olufakwe ku-Arrayan Core Material nge-Helix Angle fiber, futhi ungqimba lwangaphandle luhlanganiswe ngokumelana ne-abyamide fiber, enokumelana namandla amakhulu okuqina.
UKevlar uyi-Aramid; Ama-Aramid ayisigaba semicu yezenziwe eqinile yokushisa, eqinile. Lezi zimfanelo zamandla nokumelana nokushisa zenza i-kevlar fiber indwangu ekahle yokwakha yezinhlobo ezithile zezintambo. Izindophi zibalulekile ezimboni zezimboni nezentengiso futhi bekulokhu ngaphambi komlando orekhodiwe.
Ubuchwepheshe obuphansi be-helix angle brainting ubuchwepheshe bunciphisa ukugcwala kwentambo kaKevlar. Inhlanganisela yobuchwepheshe obuqinisekisayo nobuchwepheshe bokumaka buka-corrosion abavimbela imibala emibili yenza ukufakwa kwezinsimbi ze-Downhole kube lula futhi zinembile.
Ukuluka okukhethekile nokuqiniswa kobuchwepheshe bentambo kaKevlar kugcina intambo ekuweni noma ekubambezeleni, ngisho nasezimeni zolwandle ezinzima.
