Olu hlobo lwei-fastener enyeilungiselelwe iimeko zokwakha eziphakamileyo kakhulu, kunye nesakhiwo sokusasazeka koxinzelelo esijikeleze imingxunya yebholiti, kunciphisa i-concentration factor ngama-65%. Umthamo we-single point-bearing-load-bearing ungafikelela kwiitoni ezingama-25, nto leyo ephezulu ngama-67% kunezixhobo zemveli. Emva konyango lwe-hot-dip galvanizing kumphezulu, ukumelana nokugqwala kwetyuwa kuyanda ngokuphindwe ka-5. Kwiindawo ezinzima ezifana neebhulorho zaselunxwemeni kunye neegalari zemibhobho engaphantsi komhlaba, izinga lokugqwala lingaphantsi kwe-0.1% emva kweentsuku ezingama-300. Uvavanyo lokwenyani lweprojekthi ephezulu kakhulu lubonisa ukuba i-scaffold esebenzisa esi sibophelelo inokususwa kwe-node ye-1/5 kuphela yexabiso loyilo kuvavanyo lwe-typhoon simulation olunezinga eli-14, nto leyo eyenza ukuba ibe "yi-ankile yokhuseleko" yokwenyani.

Njengeinxalenye yokudibanisa engundoqoyeinkqubo yesikafold, amandla olwakhiwo lwesixhobo esinye sokuncamathelisa amisela ngokuthe ngqo ukhuseleko lokwakha. Isixhobo esinye sokuncamathelisa esihlanganisiweyo esiphuhlisiweyo siphuhliswe ngetekhnoloji yokubumba enemilinganiselo emithathu, okonyusa amandla okutsalwa kwezixhobo zemveli ukusuka kwi-600MPa ukuya kwi-850MPa, ukonyuka kwama-40%. Impumelelo ephambili ikukusetyenziswa kwetekhnoloji yokubumba eshushu kunye nonyango lobushushu obungafunekiyo, okusombulula ingxaki yoshishino yokuba "amandla nokuqina akunakufezekiswa ngaxeshanye" - ngelixa kugcinwa amandla aphezulu, izinga lokunwebeka linyuswa ukuya kwi-18%, eliphindwe kayi-2.2 kunelemveli.iimveliso.