Iimveliso

Iintambo zombane oPhezulu zeHT XLPE ziintambo ezigqunyiweyo eziyilelwe ukuba zithwale ngokukhuselekileyo umbane onamandla aphezulu kumgama omde. Zihlala zisetyenziselwa imigca yokuhambisa, i-substations kunye nezinye iziseko zombane.Icandelo elihluke kakhulu kwiintambo ze-XLPE yi-insulating layer, eyenziwa ngokuqhelekileyo nge-polyethene edibeneyo (XLPE). Oku kugqunywa kwe-XLPE komelele kwaye kuxhathisa ukunxiba kunye nokukrazula, kuyenza ilungele ukusetyenziswa kwexesha elide. Ngaphandle koko, iyakwazi ukumelana neekhemikhali ezininzi, ivumela ukuba isetyenziswe kwizicelo apho ezinye izinto ezinokuthi zenze umonakalo.

Intambo yeFiber optic, ekwaziwa ngokuba yintambo yefiber optical, luhlobo lwentambo esetyenziselwa ukuhanjiswa kwedatha ngesantya esiphezulu kumgama omde. Iqulathe imisonto enye okanye ngaphezulu yeglasi ecocekileyo okanye iintsinga zeplastiki ezifakwe kwisigqubuthelo sokhuselo. Iintambo zeFiber optic zisebenzisa umgaqo wokukhanya okupheleleyo kwangaphakathi ukuhambisa iimpawu zokukhanya. Ingundoqo yefiber ijikelezwe ngoluhlu lwe-cladding kunye nesalathisi esisezantsi se-refractive, esiqinisekisa ukuba iimpawu zokukhanya zibonakaliswe kwaye zivalelwe ngaphakathi kwengundoqo, okuvumela ukusabalalisa umqondiso osebenzayo.

Intambo yenethiwekhi, eyaziwa ngokuba yintambo ye-Ethernet okanye intambo yedatha, luhlobo lwentambo esetyenziselwa ukuhambisa idatha phakathi kwezixhobo kuthungelwano lwekhompyuter. Ngokuyintloko isetyenziselwa iinjongo zothungelwano, izixhobo zokudibanisa ezifana neekhompyutha, iirotha, iiswitshi, kunye nezinye izixhobo ezinikwe inethiwekhi. Ukuqinisekisa umgangatho kunye nokuthembeka kwemibhobho ye-aluminium yeplastiki, i-Advance ™ yokuhlola i-Advance ™ iqhuba iinkqubo ezingqongqo zokulawula umgangatho kunye nokuhlola ukukhangela kunye nokujongana neziphene zomphezulu ngaphambi kokuba imibhobho ifike kwimarike. Ukongezelela, ukuphathwa ngokufanelekileyo, ukufakwa kunye nokugcinwa kweendlela zokugcinwa kufuneka kulandelwe ukunciphisa umngcipheko wokukhubazeka komphezulu okanye umonakalo kwimibhobho.

Umatshini we-Advance uyakwazi ukubona iziphene ezinje nge-convex, i-bump, deformation, imingxuma, amaqamza, iintanda, ukukrala, ukukrwela, ukwanda, izitenxo, amabala, imikrwelo, i-coke, ukuxobula, amaqela angaphandle, ukugoba kwi-sheath, i-sags, ukugqithelana, okubangele ubukhulu becala. ngezinye izinto ezifana nobushushu obungafanelekanga, ukungcola okukrwada, ukungunda kwemveliso engahlambulukanga ngokupheleleyo ngexesha lesantya esiphezulu. imigca yokuvelisa i-extrusion.

Imicu yokutywina yeemoto, ekwabizwa ngokuba ziindawo zemozulu okanye izitywini zerabha, zizinto ezibalulekileyo ezisetyenziswa kushishino lweemoto ukubonelela ngesitywina esiqinileyo kunye nokuthintela ukungena kwamanzi, umoya, uthuli kunye nengxolo kwisithuthi. Le micu ngokwesiqhelo yenziwe ngerabha okanye ngemathiriyeli ye-elastomeric kwaye iyilelwe ukuba ilingane kwizithuba ezahlukeneyo kunye namalungu kwisithuthi sonke.

Imibhobho yenayiloni yeemoto, ekwabizwa ngokuba yityhubhu yenylon okanye imibhobho, isetyenziswa kakhulu kushishino lweemoto kwizicelo ezahlukeneyo. Le mibhobho yenziwe kwizinto zenayiloni ezaziwa ngokuba namandla aphezulu, ukuqina, kunye nokuchasana nokukrala kunye neekhemikhali.

Ukunitha bubuchule benguquko obudibanisa ukunitha kwemveli kunye nemathiriyeli ye-thermoplastic, enikezela ngoluhlu olubanzi lwezicelo. Le nkqubo intsha ibandakanya ukusebenzisa ubushushu kunye noxinzelelo lokudibanisa imicu ye-thermoplastic kunye, ukudala amalaphu ahlala ehleli kwaye abhetyebhetye. Amalaphu okunitha e-TPV aziwa ngokwamandla awo angaqhelekanga, ukunwebeka, kunye nokuxhathisa ukunxiba nokukrazuka. La malaphu asetyenziswa kakhulu kumashishini ahlukeneyo afana nefashoni, iimpahla zemidlalo, iimoto, kunye ne-aerospace. Ubuninzi be-TPV Knitting buvumela ukuyilwa kweepateni ezintsonkothileyo, ukuthungwa, kunye noyilo. Indalo yayo eco-friendly, njengoko isebenzisa imathiriyeli ye-thermoplastic enokuphinda isetyenziswe, yenza i-TPV Knitting ibe lukhetho oluzinzileyo kwikamva lokwenziwa kwelaphu.

Imibhobho ye-PERT, ekwabizwa ngokuba yiPolyethylene Raised Temperature pipes, luhlobo lwenkqubo yemibhobho yeplastiki esetyenziswa kakhulu kwimibhobho yamanzi kunye nezicelo zokufudumeza. Imibhobho ye-PERT yenziwe ngohlobo lwe-polyethylene eyenzelwe ngokukodwa ukumelana nobushushu obuphezulu kunye noxinzelelo xa kuthelekiswa nemibhobho ye-polyethylene eqhelekileyo. Oku kubenza balungele izicelo ezibandakanya unikezelo lwamanzi ashushu, iinkqubo zokufudumeza eziphantsi komgangatho, kunye noqhagamshelo kwirediyetha.

Iipayipi ze-PEXa, ezimfutshane kwimibhobho ye-polyethylene edibeneyo, luhlobo lwenkqubo yeplastiki yemibhobho eyaziwayo ngokuhlala kwayo okungaqhelekanga, ukuguquguquka, kunye nokuchasana nokushisa okukhulu kunye neekhemikhali. Imibhobho ye-PEXa yenziwa ngenkqubo ebizwa ngokuba yi-cross-linking, ethi idibanise iimolekyuli ze-polyethylene ngokwekhemikhali ukuphucula iimpawu zemathiriyeli. Oku kubangela umbhobho oqinileyo kunye nexesha elide kunye nokumelana okuphezulu nokuqhekeka, ukuqhuma, kunye nokubola. Imibhobho ye-PEXa isetyenziswa kakhulu kwiinkqubo zemibhobho yamanzi kunye nokufudumeza kwiindawo zokuhlala, zorhwebo, kunye nezoshishino. Zilula ukuzifaka ngenxa yokuguquguquka kwazo, ukuvumela ukufakwa okuncinci kunye namalungu, ukunciphisa umngcipheko wokuvuza. Imibhobho yePEXa ibonelela ngokuhamba kwamanzi okusebenzayo, ukugquma okugqwesileyo, kwaye ithathwa njengesisombululo esithembekileyo nesingabizi kakhulu kwiimfuno zemibhobho yanamhlanje.

Umbhobho we-aluminiyam weplastiki, owaziwa ngokuba ngumbhobho we-aluminiyam oyintlanganisela (i-ACP), luhlobo lwemathiriyeli yemibhobho equlathe umaleko we-aluminiyam kunye neplastiki. Ngokuqhelekileyo isetyenziselwa ukusetyenziswa kwemibhobho kunye nokufudumeza ngenxa yendalo yayo elula kunye nokuxhathisa ukubola. Isakhiwo sombhobho weplastiki ye-aluminium ngokuqhelekileyo iquka umaleko wangaphakathi owenziwe nge-polyethylene edibeneyo (PEX) okanye i-polybutylene (PB) iplastiki, umaleko ophakathi we-aluminiyam, kunye nomgangatho wangaphandle weplastiki. Oku kudityaniswa kwezinto kunika amandla kunye nokuqina ngelixa ugcina ukuguquguquka.

I-PPR (i-Polypropylene Random) ipayipi lukhetho oludumileyo kwiinkqubo zemibhobho kunye nokufudumeza ngenxa yeempawu zayo ezikhethekileyo kunye nokuguquguquka. Yenziwe ngohlobo lwe-thermoplastic eyaziwa ngokuba yipolypropylene, ebonelela ngeenzuzo ezininzi kwizicelo ezahlukeneyo. Banokusingatha zombini iinkqubo zokubonelela ngamanzi ashushu nabandayo, okwenza ukuba afanelekele indawo yokuhlala, yorhwebo, kunye nofakelo lwemibhobho yamanzi kwimizi-mveliso. Imibhobho ye-PPR iphinda ixhathise ukubola kweekhemikhali, iqinisekisa ukuthembeka kwexesha elide kunye nokugcinwa okuncinci.

Imibhobho ye-PVC, ekwabizwa ngokuba yimibhobho ye-polyvinyl chloride, iyaguquguquka kwaye iqhele ukusetyenziselwa imibhobho eyahlukeneyo, ukunkcenkceshela, kunye nezicelo zokuhambisa amanzi. Zenziwe kwipolymer eyenziwe ngeplastiki ebizwa ngokuba yipolyvinyl chloride, eyaziwa ngokuhlala ixesha elide, ukufikeleleka, kunye nokulula ukuyifakela. Imibhobho ye-PVC iza ngobukhulu obahlukeneyo, ukusuka kwimibhobho emithamo emincinci esetyenziselwa imibhobho yasekhaya ukuya kwimibhobho emikhulu yobubanzi esetyenziselwa usetyenziso lwemizi-mveliso.

Umatshini wokuhlola kwangaphambili unokubona iziphene ezinje nge-convex, i-bump, deformation, imingxuma, amaqamza, iintanda, ukukrala, ukukrwela, ukwandiswa, izitenxo, amabala, imikrwelo, i-coke, ukuxobula, amaqela angaphandle, ukugoba kwi-sheath, i-sags, ukuwelana, ikakhulu. ezibangelwa ezinye izinto ezifana ubushushu engafanelekanga, ukungcola ekrwada, imveliso ngundo engahlambulukanga ngokupheleleyo ngexesha imigca yemveliso ye-extrusion enesantya esiphezulu.

Iityhubhu zonyango zizinto ezibalulekileyo ezisetyenziswa kwizicelo ezahlukeneyo zonyango kunye nezempilo. Ziyilelwe ukuthutha ulwelo, iigesi, okanye amayeza ngaphakathi komzimba womntu okanye izixhobo zonyango. Iityhubhu zonyango zenziwe ngezinto ezifana ne-silicone, i-PVC, okanye i-polyurethane, ekhethiweyo ngenxa yokuhambelana kwazo, ukuguquguquka, kunye nokuqina.