Kwihlabathi elichanekileyo kakhulu le-aluminium extrusion, isigaba sokupholisa kunye nokuthutha siyindawo ebalulekileyo "yeZero-Defect". Njengoko iiprofayili ze-aluminium ziphuma kwi-die kumaqondo obushushu adla ngokudlula i-550°C, le nto ithambile kwaye isengozini enkulu yokonakala komphezulu. Ukukhetha i-PBO (Poly-p-phenylene benzobisoxazole) high-temperature felt akuchazi kuphela umgangatho womphezulu wemveliso yokugqibela kodwa kunye nokusebenza kakuhle komgca wonke wokucinezela we-extrusion.

Kubaphathi bokuthenga kunye neenjineli zezityalo kwizityalo ze-aluminium eziphezulu, injongo ephambili kukususa imikrwelo yomphezulu kunye nokufakwa kwekhabhoni ngaphambi kwexesha. Apha e-ANNILTE, sisebenzise iminyaka eli-17 yobunjineli belaphu lemizi-mveliso ukudalaI-PBO feltizisombululo ezichaza ngokutsha imida yozinzo lobushushu kunye nolwemishini.

1. 600°C Uzinzo lobushushu: Ngaphaya kwemida ye-Aramid

Umngeni: Iifelts ze-aramid (Kevlar) eziqhelekileyo ziqala ukuba yi-carbonize zize zibe buthathaka xa zibekwe kumaqondo obushushu angaphezu kwama-480°C. Kwi-extrusion yanamhlanje ekhawulezayo, oku kukhokelela ekuqhekekeni kweefelt—apho iifayibha ezitshileyo zinamathela kwiprofayili ye-aluminiyam, zonakalisa ukugqitywa kwayo.

Isisombululo se-ANNILTE: Sisebenzisa kuphela i-100% Virgin PBO Fiber kumphezulu wokusebenza weerola kunye neebhanti zethu.

• Ukumelana neCarbonization: I-PBO igcina ulwakhiwo lwayo lusemgangathweni ukuya kuthi ga kwi-600°C. Ayinyibiliki okanye ithontsize.
• Isiphumo: Iifelt zethu zihlala zithambile kwaye ziguquguquka nangona zibekwe ixesha elide kumaqondo obushushu aphezulu, ziqinisekisa ukuba iprofayili ye-aluminiyam ibekwe kwindawo engenangcoliseko.

2. Itekhnoloji ye-HST: Ukuchaneka kweZero-Distortion

Umngeni: Amaqondo obushushu aphezulu abangela ukuba iifelts ezisemgangathweni zande kwaye zinciphe ngokungalinganiyo. Oku kukhokelela "ekuhambeni" (ukuphambuka kokulandelela) okanye ukugqwetheka kobukhulu bebhanti, okubangela ukupholisa okungalinganiyo kunye nokugoba kweprofayili.

Isisombululo se-ANNILTE: Ibhanti nerola nganye yefelt ye-PBO idlula kwi-HST (Heat Setting Technology) Secondary Setting yethu.

• Ukuncedakala koxinzelelo lwangaphakathi: Inkqubo ye-HST izinzisa isakhiwo se-molecular se-PBO kunye nesiseko se-Kevlar.
• Ukulandelela ngokuchanekileyo: Oku kuqinisekisa ukwandiswa okusisigxina okuphantse kube yi-zero kunye noxinano olufanayo ngokugqibeleleyo. Nokuba yibhanti ye-3000mm okanye i-roller ye-500mm, iimveliso zethu zigcina ubungakanani bazo, ziqinisekisa ukuba inqwelo-moya yokuthutha i-aluminium ithe tyaba ngokugqibeleleyo.

3. Ukubethelwa Ngenaliti Enobunzima Obuninzi: Ukusebenza Okungenamikrwelo

Umngeni: Iifelts ezinoxinano oluphantsi zivumela amasuntswana e-aluminium oxide ukuba angene kwiifayibha. La masuntswana asebenza njengephepha lesanti, edala imikrwelo enzulu kwiprofayili ye-aluminium ethambileyo.

Isisombululo se-ANNILTE: Sisebenzisa i-High-Frequency Multi-Layer Needle Punching.

• Uxinano lweSakhiwo: Oku kudala umphezulu oxineneyo nogudileyo othintela amasuntswana ukuba angangeni.
• Isiphumo: Isiphumo "soMphezulu oMiselweyo" kwiiprofayili zakho ze-aluminiyam. Ngokugcina indawo yokunxibelelana ecocekileyo, enoxinano oluphezulu, iifelt ze-ANNILTE zezona zikhethwayo kwimveliso ye-aluminiyam yoyilo oluphezulu kunye neyodidi lwe-elektroniki.

4. Ukuqina kwiindawo ezinzima: i-Hydrolysis kunye nokumelana neekhemikhali

Umngeni: Kwizityalo ezininzi ezikhupha izinto ezingafunekiyo, inkungu yeoyile kunye nokufuma kunokubangela ukuba imicu yokwenziwa yonakale ngenxa ye-hydrolysis, nto leyo eyenza ukuba ibonakale ibuthathaka kwaye ithambekele "ekulahlekeni."

Isisombululo se-ANNILTE: Ifayibha yethu ye-PBO ifumaneka kumaqabane eekhemikhali e-Fortune 500, okuqinisekisa ubunyulu obupheleleyo beekhemikhali.

• Ubungqina Bokuhlala: Emva komjikelo wokusebenza weeyure ezingama-3000 kwiindawo ezinomswakama ophezulu, iimveliso zethu ze-PBO zigcina ngaphezulu kwe-90% yeempawu zazo zoomatshini.
• Ubomi beNkonzo ende: Iifelt ze-ANNILTE PBO zihlala ixesha elide ngama-20-30% kuneenketho ze-aftermarket eziqhelekileyo, zinciphisa ngokuthe ngqo i-TCO yakho (Ixabiso lilonke lobunini).

5. I-HST Zero-Tracking: Ukukhusela iiRollers kunye neeBearings zakho

Umngeni: Ibhanti ebaleka ngaphandle kombindi ibeka uxinzelelo olukhulu ecaleni kwi-roller bearings nakwifreyimu yomatshini, nto leyo ekhokelela ekungasebenzi kakuhle koomatshini ngaphambi kwexesha.

Isisombululo se-ANNILTE: Ngokususa uxinzelelo lwangaphakathi ngetekhnoloji ye-HST, siqinisekisa ukuba iibhanti zethu ze-PBO zinoxinzelelo olulungeleleneyo kububanzi bazo bonke.

• Ukuthembeka Kokuzigcina Uzigxile: Ibhanti ihlala iphakathi kwinkqubo yokuqhuba ngaphandle kokungenelela rhoqo ngesandla. Oku kukhusela izinto ezixabisekileyo zomatshini wakho kwaye kuqinisekisa indawo yokuvelisa ecocekileyo, engenaluthuli.

FAQ

Q: Injani i-PBO xa ithelekiswa neKevlar xa isetyenziswa kwi-aluminium extrusion?

A: I-PBO feltyenzelwe itafile yokuqala enobushushu obuphezulu (ukuya kuthi ga kwi-600°C), ngelixa iKevlar (Para-aramid) ingcono kakhulu kwitafile ephumayo (ukuya kuthi ga kwi-480°C). I-PBO inika uzinzo oluphezulu kakhulu kubushushu kunye nokumelana nokukrwela kwenxalenye eshushu kakhulu yenkqubo yokukhupha.

Q: Yeyiphi indlela engcono yokuthintela imikrwelo kwiiprofayili ze-aluminium eziphezulu?

A: Eyona ndlela isebenzayo kukusebenzisa iirola kunye neebhanti zefelthi zePBO ezinoxinano oluphezulu kwitafile yokuqala. Iifelthi zePBO ezizinzisiweyo ze-ANNILTE ziqinisekisa ukuba umphezulu othe tyaba, omelana namasuntswana ubamba i-aluminium ethambileyo ngaphandle kokukrala.

Q: Ihlala ixesha elingakanani i-PBO felt roller?

A: Irola yePBO esemgangathweni ophezulu evela kumenzi ochwephesha ofana ne-ANNILTE inokuhlala ixesha elide ngama-30-50% kunezinye iindlela ezikumgangatho ophantsi, kuxhomekeke kwisantya sokukhupha kunye nobushushu. Itekhnoloji ye-HST iqinisekisa ukuba irola ayilahli imo okanye uxinano lwayo ngokuhamba kwexesha.