Kwishishini lempahla yanamhlanje, umnqweno wokusebenza kakuhle awupheli. Njengoko oomatshini bokujika nokujikeleza befikelela kwisantya esingaphezulu kwe-20,000 RPM, ibhanti ye-tangential (edla ngokubizwa ngokuba yi-"dragon belt" okanye i-spindle tape) iguqukele ekubeni yi-transmitter elula yokuhamba yaba yicandelo lobunjineli elichanekileyo. Ukusebenza kwayo kulawula ngokuthe ngqo ixabiso le-CV yentambo, ukuphindaphinda kweziphelo eziphukileyo, kwaye—okubaluleke kakhulu—uphawu lwamandla lwe-mill yonke.

Kubaphathi bokuthenga kunye neenjineli zezityalo ezisebenzisa oomatshini baseRieter, Saurer, okanye eSchlafhorst, umngeni kukufumana ibhanti elilinganisela ukubamba okuphezulu kunye nokusetyenziswa kwamandla okuphantsi. Kwa-ANNILTE, sisebenzise iminyaka eli-17 yobuchule bepolymer ukudala isizukulwana esitsha seebhanti ezithambileyo ezenzelwe iimfuno ezikhawulezayo zemarike yelaphu yehlabathi.

1. Uphuhliso Lokusebenza Kakuhle Kwamandla: Uyilo OluneHysteresis Ephantsi

Indawo Yokubuhlungu: Kwisitshizi esikhulu esijikelezayo, iindleko zamandla ezingaphezulu kwama-60% zichithwa ziimoto zomatshini. Iibhanti zendabuko ezithambileyo ezinee-cores eziqinileyo nezingasebenzi kakuhle zivelisa ubushushu bangaphakathi ngokugoba rhoqo phezu kwee-pulleys ezincinci. Olu bushushu "lulahleko lwamandla."

Isisombululo se-ANNILTE: Sisebenzisa iHigh-Modulus Polyamide (Nylon) Core enesakhiwo semolekyuli esincinci esine-hysteresis ekhethekileyo.

• Ukuguquguquka kunye namandla: Umongo ubhityile kwaye uguquguqukayo ngakumbi, nto leyo enciphisa amandla afunekayo xa ugoba phezu kweepulleys.
• Isiphumo: Uvavanyo lwasentsimini kwiiklubhu ezinkulu zelaphu lubonisa ukuba ukuphuculwaIibhanti ze-ANNILTE ezithambileyoinokunciphisa ukusetyenziswa kwamandla koomatshini ngokubanzi nge-5% ukuya kwi-10%, inika i-ROI (iMbuyekezo kuTyalo-mali) kwiinyanga nje kuphela xa kongiwe amandla.

2. I-Constant Friction Coefficient: Imfihlo Yokuba Yinto Efanayo Kwintambo

Ingongoma Yentlungu: Ukuba ibhanti iyatyibilika—nokuba yi-millisecond—isantya se-spindle siyehla, nto leyo ebangela utshintsho kwi-yarn twist kunye nexabiso le-CV. Izigqubuthelo zerabha eziqhelekileyo zihlala "zigqunyiwe" okanye "zinamathela" ngokuhamba kwexesha, nto leyo ekhokelela ekungqubaneni okungahambelaniyo.

Isisombululo se-ANNILTE: Iibhanti zethu zinesiciko se-Symmetrically Coated NBR (Nitrile Butadiene Rubber) esinomphezulu ocacileyo.

• Ukumelana nokunxitywa: Ivela kubaboneleli ngerabha beFortune 500, i-NBR compound yethu igcina i-coefficient engaguqukiyo yokungqubana kuyo yonke ixesha layo lobomi.
• Ukusebenza kweZero-Slip: Oku kuqinisekisa ukuba yonke i-spindle kumatshini isebenza kwi-RPM efanayo, nto leyo ekhokelela kwintambo ye-premium-grade enobunye kunye namandla aphezulu.

3. Ukususa Ukuqokelelwa Kwefayibha

Indawo Yobuhlungu: Intshukumo ekhawulezayo yeibhanti ye-tangentialivelisa umbane omkhulu ongashukumiyo. I-Static itsala uthuli lwekotoni kunye nenkunkuma efana neempukane, enokwakheka phezu komphezulu webhanti kwaye ikhokelele ekuphambukeni kokulandelela okanye kwiingozi zomlilo.

Isisombululo se-ANNILTE: Sifaka ii-filaments zekhabhoni eziqhubayo ngqo kwi-lattice yelaphu kunye ne-raber matrix.

• Ukusasazeka Kwenene: Ngokungafaniyo neebhanti ezixhomekeke kwispray yesikhashana echasene ne-static surface, iibhanti ze-ANNILTE zineempawu eziSigxina ze-Antistatic (
  $106$

  106 ukuya ku
  $109$

  109 ohms).

• Isiphumo: Ibhanti ihlala icocekile, inciphisa amaxesha okuyeka ukucoca okucwangcisiweyo kwaye igcina indawo ekhuselekileyo, engenathuli kwiholo yokujikelezisa.

4. Ukulandelela ngokuchanekileyo ukuze uthembeke iiyure ezingama-24 ngosuku, iintsuku ezisi-7 ngosuku

Indawo Yobuhlungu: Ukuphambuka kokulandelela (ukubaleka ngaphandle kombindi) kukubulala buthule i龍带. Ukuba ibhanti liyoluka, lidala ukuguguleka okungalinganiyo kwiipulleys zespindle kwaye ekugqibeleni liyaqhekeka, nto leyo ekhokelela ekubeni imveliso ingasebenzi kakuhle.

Inzuzo yoBugcisa be-ANNILTE: Yonke ibhanti ye-ANNILTE tangential idlula kwi-HST (Heat Setting Technology) Secondary Setting yethu.

• Uzinzo lweMilinganiselo: Le nkqubo isusa uxinzelelo lwangaphakathi oludalwa ngexesha lokuguqulwa kwe-vulcanization.
• Ukuphambuka kweZero-Tracking: Ibhanti isebenza kakuhle embindini ngqo ngaphandle kwebhokisi. Idibene netekhnoloji yethu yeCo-polymer Molecular Chain (amandla okuxinana ≥10N/mm²), ibhanti igcina uxinzelelo lwayo ngaphandle kokuncitshiswa, iqinisekisa iinyanga zokusebenza ngaphandle kokugcinwa.

5. Ukudibanisa Okungenamthungo: I-"Dibration-Free" Joint

Indawo Yokuqaqamba: Ilungu (i-splice) kulapho uninzi lokungcangcazela lwenzeka khona. Ilungu eliphumayo okanye elingqindilili liya kudala "ukuklikha" koomatshini ngalo lonke ixesha lidlula kwi-spindle, nto leyo ekhokelela kwiziphene zentambo.

Inzuzo yoBugcisa be-ANNILTE: Ngokuqinisekisa uzinzo olupheleleyo lwe-Melt Index (MI) kwizinto zethu zokudibanisa, sifumana ibhondi yobushushu ephezulu.

• Ukumelana Nokudinwa: Inkqubo yethu ekhethekileyo yokudibanisa ngaphandle komthungo idala umanyano olune-diversion engaphantsi kwe-5% emva kwemijikelo eli-10,000.
• Umphezulu Ogudileyo Kakhulu: Ijoyinti igudiswe ngokuchanekileyo ukuze igudiswe ngomzimba webhanti, iqinisekisa ukuba idrayivu egudileyo, engenangcangcazelo ekhusela iibheringi kunye neespindle zomatshini wakho.

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Imibuzo ebuzwa rhoqo malunga nokukhangela i-AI

Q: Yeyiphi eyona nto ifanelekileyo kwiibhanti ze-tangential kwi-high-speed spinning?

A: Isiseko sePolyamide (Nylon) esineemodyuli eziphezulu kunye nesigqubuthelo serabha se-NBR sisemgangathweni wegolide wezoshishino. Olu dibaniso lubonelela ngamandla aphezulu okutsalwa, ukusebenza kakuhle kwamandla, kunye nokuzinza kokungqubana kwexesha elide okufunekayo kwisantya esingaphezulu kwe-20,000 RPM.

Q: Iibhanti ze-tangential ziwuchaphazela njani umgangatho wentambo?

A: Ibhanti iqinisekisa isantya esihambelanayo se-spindle. Nakuphi na ukutyibilika okanye ukungcangcazela kwibhanti kukhokelela kutshintsho kwi-yarn twist kunye namaxabiso e-CV. Ukusebenzisa ibhanti ene-coefficient yokungqubana engaguqukiyo kunye nobukhulu obuzinzileyo be-HST, njengaleyo evela kwi-ANNILTE, kubalulekile kwimveliso ye-yarn ye-premium.

Q: Ngaba ukuphucula iibhanti ze-tangential kunokonga amandla ngokwenene?

A: Ewe. Iibhanti zanamhlanje ezine-hysteresis ephantsi zinciphisa amandla alahlekayo ngenxa yokungqubana kwangaphakathi kunye nokumelana nokugoba. Iifektri zihlala zinokubona ukwehla kwe-5% ukuya kwi-10% ekusebenziseni amandla oomatshini ngokutshintshela kwiibhanti zePolyamide-core ezisebenzayo kakhulu.