Amandla aluhlaza anesisindo esikhulu uma kuziwa ekuvimbeleni ukuqhuma ngesikhathi sesigaba sesibili sokukhiqizwa kwamathayi noma uma kuziwa ekuvimbeleni ukuwa kwephrofayili eyinkimbinkimbi.
1. Ithonya lesisindo se-molecular
Ngokuvamile ukukhuluma, kukhuphuka isisindo samangqamuzana esikhethwe i-elastomer, amandla aphezulu akhulayo. Endabeni ye-SBR, kusetshenziswa isisindo esiphakeme samangqamuzana, kepha kukhulu kakhulu isisindo samangqamuzana singaholela kwezinye izinkinga zokucubungula.
2. I-Crain-inqot Crystallwation
Ukunamathela nge-crystallisation edonswe yi-strain-ander kuvame ukuba namandla aphezulu aluhlaza.
3. Irabha yemvelo
Irabha lemvelo linamandla aphezulu aluhlaza. I-NR inamandla aphezulu aluhlaza ngenxa yokuthi iyakhazimula lapho yeluliwe. Izincomo zemvelo ezinokuqukethwe okuphezulu kwamaqembu aphezulu e-acid ester anamandla aphezulu ngenxa ye-crystallisation enkulu yokungezwani, ngokuvamile ngokuqukethwe okuncane kwama-fatty acid amaqembu acishe abe ngu-2.8 mmol / kg.
4. Vimba ama-polymers
Ukuba khona kwamanani amancane we-block styrene kuma-copolymer sbr adhesives angahleliwe anganikeza ukunamathela amandla amnandi.
5. Semi-Crystalline Epdm
Ukukhethwa kwe-semi-crystalline EPDM enokuqukethwe okuphezulu kwe-ethylene kunganikeza ukubambelela amandla amnandi aluhlaza emazingeni okushisa asekamelweni.
6. I-Metallocene-Catalyzed EPDM
Isikhungo esisodwa esisebenzayo se-geometry MetalloCene Catalyst Technology sinika amandla ukukhiqizwa kwe-Ethylene yokuqukethwe ephezulu ye-EthDLENI ngesilinganiso esikhulu. Le i-EPDM enokuqukethwe okuphezulu kwe-ethylene inamandla amakhulu aluhlaza. Ngalobu buchwepheshe okuqukethwe kwe-ethylene kungalawulwa futhi amandla aluhlaza we-EPDM anganda futhi.
7. Ukusatshalaliswa kwesisindo kwamangqamuzana
Ama-NBR ahlanganisiwe ngokusatshalaliswa kwesisindo okuncane kwama-molecular anamandla aphezulu aluhlaza.
8. Cr
Amandla aphezulu aluhlaza angatholakala ngokukhetha i-Crystalling Neoprene esheshayo. Ukungezwa kwe-SBR ngokuqukethwe okuphezulu kwe-styrene ku-CR kungathuthukisa amandla aluhlaza.
Phakathi kwezinhlobo ezahlukahlukene ze-neoprene, thayipha i-T neoprene inokumelana okuhle kakhulu kokuwa nokuwohloka, okungukuthi amandla aphezulu aphezulu, alandelwa ngohlobo lwe-W. Type G Neoprene anamandla amabi kakhulu.
9. I-Polytetrafluorooroethylene
Izengezo zeTeflon zithuthukisa amandla aluhlaza wokunamathela.
10. Carbon Black
I-Carbon Black enendawo ephezulu yendawo futhi isakhiwo esiphakeme sithuthukisa amandla aluhlaza werabha. I-N326 ivame ukusetshenziswa embozweni we-tire wire ngoba inika irabha amandla aphezulu aphezulu ngenkathi igcina i-viscosity iphansi ngokwanele ngocingo ukuze ungene.
Ukuze uthole amandla aluhlaza okotshani, i-carbon emnyama enesakhiwo esiphakeme kanye nendawo ethize engaphezulu kufanele isetshenziswe. Lokhu kungenxa yokuthi indawo ephansi ye-carbon emnyama ivumela ivolumu ephakeme yokugcwalisa, lapho inyusa amandla aluhlaza.
11. Ukuxuba
Enqubweni yokuxuba, uma i-elastomer idlula ngaphezulu, amandla aluhlaza wendawo azoncishiswa.
