Xhumana Nohlobo Lwempahla ye-Rivet Nezakhiwo
I-Contact Rivet Material isetshenziswa kakhulu ezintweni zikagesi neze-elekthronikhi futhi inezici ezilandelayo:
● Ukusebenza kahle kagesi:Isiliva sinokusebenza kukagesi okuphakeme kakhulu futhi ingenye yezinto ezinokusebenza kahle kagesi phakathi kwezinsimbi ezivamile.Oxhumana nabo besiliva banikeza ukumelana okuphansi nokudluliswa kwamanje okuphumelelayo, okuqinisekisa ukuxhumana okuhle kukagesi.
● Ukuzinza okuhle kakhulu kwe-conductive:Oxhumana nabo besiliva banokuzinza okuhle kakhulu kwe-conductive futhi bangagcina izakhiwo zabo zokuqhuba isikhathi eside.Ayingenwa kalula yi-oxidation, ukugqwala kanye nokuguguleka kwe-arc, igcina ukuthintana kukagesi okuzinzile, futhi inciphisa ukushisa okukhiqizwa ngesikhathi sokudlulisa kwamanje.
● Ukumelana nezinga lokushisa eliphezulu:Oxhumana nabo besiliva bangagcina ukusebenza okuzinzile ezindaweni zokushisa okuphezulu futhi babe nokumelana okuqinile nokuncibilika nokukhipha umoya.Lokhu kwenza othintana nabo besiliva bafanele izinto zikagesi ezisebenza emazingeni okushisa aphezulu, njengemishini yokushisela, izinjini ezinamandla amakhulu, nezinye izinto ezilayisha kakhulu.
● Ukumelana nokugqwala okuhle:Okuthintwayo okuyisiliva kunokumelana nokugqwala okuphezulu futhi kungagcina ukusebenza kahle ezindaweni ezinomswakama noma lapho kukhona amagesi abolayo.Lokhu kwenza othintana nabo besiliva basetshenziswe kabanzi ezindaweni ezifana nemishini yangaphandle, izinto zasolwandle kanye nemishini yemboni yamakhemikhali.Kuyaphawuleka ukuthi izinto zokuxhumana zesiliva zibiza kakhulu kunezinye izinto.
I-Ag-Ni Series (Silver Nickel)
Imininingwane
Ingxubevange ye-Ag-Ni inokuhamba kahle kagesi: Njengoba isiliva (i-Ag) inokuhamba kukagesi okuphakeme kakhulu kanye ne-nickel (Ni) inokuhamba kukagesi okuphakeme, i-alloy ye-Ag-Ni inokuhamba kahle kagesi.Ingakwazi ukugcina ukuguquguquka okuhle kukagesi ngaphansi kwezinga lokushisa eliphezulu lamanje kanye nokushisa okuphezulu, futhi ifanele ukuxhunywa kwe-conductive ezingxenyeni ezihlukahlukene ze-elekthronikhi kanye nemishini kagesi.Ingxubevange ye-Ag-Ni inokumelana okuhle nokugqokwa nokugqwala: i-nickel inobulukhuni obuphezulu nokumelana nokugqwala, kanti isiliva linokumelana okuhle nokugqokwa.Ngokuhlanganisa kokubili, ingxubevange ye-Ag-Ni ingakwazi ukugcina ukumelana kwayo nokugqoka nokumelana nokugqwala isikhathi eside ezindaweni ezinokhahlo, njengokusetshenziswa ezindaweni ezinokushisa okuphezulu, umswakama ophezulu noma imidiya egqwalayo.
Isicelo
Izicelo zezinhlobo ezahlukene ze-Ag-Ni Contact Rivets
| Igama lomkhiqizo | I-Ag Component(wt%) | Ukuminyana (g/cm3) | I-Conductivity (IACS) | Ukuqina (HV) | Imithwalo elinganiselwe eyinhloko esetshenziswe ngempela (A) | Okuyinhloko izicelo |
| I-AgNi(10) | 90 | 10.25 | 90% | 90 | PHANSI | I-Relay, Contactor, amaswishi |
| I-AgNi(12) | 88 | 10.22 | 88% | 100 | ||
| I-AgNi(15) | 85 | 10.20 | 85% | 95 | ||
| I-AgNi(20) | 80 | 10.10 | 80% | 100 | ||
| I-AgNi(25) | 75 | 10.00 | 75% | 105 | ||
| I-AgNi(30) | 70 | 9.90 | 70% | 105 |
*Iziqondiso ezilinganiselwe zomthwalo-phansi:1~30A,phakathi:30~100A ukuphakama:ngaphezu kuka-100A
I-AgNi(15)-H200X
I-AgNi(15)-Z200X
I-Ag-SnO2Uchungechunge (Silver Tin oxide)
Imininingwane
Ingxubevange ye-AgSnO2 inokusebenza okuhle kakhulu kwe-electro-oxidation, ukusebenza kahle kokuxhumana kukagesi nokuzinza kwezinga lokushisa eliphezulu.Lezi zici zenza i-AgSnO2 ibe into ekahle yokuxhumana, esetshenziswa kakhulu emkhakheni wezinto zikagesi, izinto zikagesi nezimboni zezimoto, ehlinzeka ngokuxhuma kukagesi okuzinzile nokuthembekile nokusebenza kokudlulisela.
Isicelo
Izicelo zezinhlobo ezahlukene ze-Ag-SnO2Xhumana nama-Rivets
| Igama lomkhiqizo | Ingxenye ye-Ag (wt%) | Ukuminyana (g/cm3) | I-Conductivity (IACS) | Ukuqina (HV) | Imithwalo elinganiselwe eyinhloko esetshenziswe ngempela (A) | Okuyinhloko izicelo |
| I-AgSnO2(8) | 92 | 10.00 | 81.5% | 80 | PHANSI | Sabathakathi |
| I-AgSnO2(10) | 90 | 9.90 | 77.5% | 83 | PHANSI | |
| I-AgSnO2(12) | 88 | 9.81 | 75.1% | 87 | Okuphansi kuya kokuphakathi | Sabathakathi,Oxhumana naye |
| I-AgSnO2(14) | 86 | 9.70 | 77.5% | 90 | Okuphansi kuya kokuphakathi | Oxhumana naye |
| I-AgSnO2(17) | 83 | 9.60 | 68.8% | 90 | Okuphansi kuya kokuphakathi |
*Iziqondiso ezilinganiselwe zomthwalo-phansi:1~30A,phakathi:30~100A ukuphakama:ngaphezu kuka-100A
I-AgSnO2(12)-H500X
I-AgSnO2(12)-Z500X
I-Ag-SnO2-Ku2O3Uchungechunge(Silver Tin Indium oxide)
Imininingwane
I-Silver tin oxide I-Indidium oxide yinto yokuxhumana evame ukusetshenziswa ehlanganisa izingxenye ezintathu: isiliva (Ag) 、 i-tin oxide (SnO2) ne-indium oxide (In2O3, 3-5%).Ikhiqizwa ngendlela ye-oxidation yangaphakathi.I-needle oxide egijinyiswa ngenqubo ye-oxidation yangaphakathi iqondiswe nge-perpendicular ebusweni bokuthintwayo, okuzuzisa kakhulu ekusebenzeni kothintana naye.Izinzuzo zimi kanje:
①Ukumelana nokuguguleka kwe-arc okuphezulu kwezinhlelo zokusebenza ze-AC ne-DC;
②Ukudluliselwa kwezinto eziphansi kuzinhlelo zokusebenza ze-DC;
③Ukumelana nokushisela nokuphila isikhathi eside kukagesi;
Asetshenziswa kuma-low voltage breaker, ama-relay nokunye.
Isicelo
Izicelo zezinhlobo ezahlukene ze-Ag-SnO2-Ku2O3Xhumana nama-Rivets
| Igama lomkhiqizo | Ingxenye ye-Ag (wt%) | Ukuminyana (g/cm3) | I-Conductivity (IACS) | Ukuqina (HV) | Imithwalo elinganiselwe eyinhloko esetshenziswe ngempela (A) | Okuyinhloko izicelo |
| I-AgSnO2In2O3(8) | 92 | 10.05 | 78.2% | 90 | okuphakathi | Ukushintsha |
| I-AgSnO2In2O3(10) | 90 | 10.00 | 77.1% | 95 | okuphakathi | Ukushintsha, i-circuit breaker |
| I-AgSnO2In2O3(12) | 88 | 9.95 | 74.1% | 100 | Maphakathi ukuya phezulu | i-circuit breaker, i-Relay |
| I-AgSnO2In2O3(14.5) | 85.5 | 9.85 | 67.7% | 105 | Maphakathi ukuya phezulu |
*Iziqondiso ezilinganiselwe zomthwalo-phansi:1~30A,phakathi:30~100A ukuphakama:ngaphezu kuka-100A
I-AgSnO2In2O3(12)-H500X
I-AgSnO2In2O3(12)-H500X
I-Ag-ZnO Series (iSilver Zinc Oxide)
Imininingwane
I-AgZnO ingxubevange iyinto evamile yokuxhumana ehlanganisa isiliva (Ag) ne-zinc oxide (ZnO).Oxhumana nabo bayizici ezibalulekile ezisetshenziswa ekushintsheni kukagesi noma kuma-relay, lapho kugeleza khona ukuvala noma ukuvula iswishi.Impahla ye-AgZnO isetshenziswa kakhulu ku-high-load, high-frequency kanye ne-switchgear yempilo ende ngenxa yezindawo zayo ezinhle kakhulu zikagesi kanye nokumelana nokugqoka.Inhlanganisela ye-AgZnO iyenza ibe nezinzuzo zako kokubili isiliva ne-zinc oxide, futhi inezici ezilandelayo: I-conductivity kagesi enhle kakhulu: Isiliva liyi-conductor enhle kagesi enokumelana okuphansi kanye nokusebenza okuhle kwe-conduction yamanje, okunganciphisa ngempumelelo ukulahlekelwa ukumelana.Izinhlayiya zesiliva ezintweni ze-AgZnO zinikeza indlela enhle kakhulu yokuqondisa, eyenza othintana nabo basebenze ngokuzinza ngaphansi kwezimo zomthwalo ophezulu.Ukumelana nokugqokwa okuhle: I-Zinc oxide inobulukhuni obuphezulu nokumelana nokugqoka, okungamelana ngempumelelo nokugqokwa okubangelwa ukuthintana nokuhlukaniswa kwabathintana nabo.Izinto ze-AgZnO zibonisa ukuqina okuhle ngaphansi kokushintshwa njalo nezimo ze-arc-voltage ephezulu.Ukumelana ne-oxidation: Isendlalelo se-zinc oxide singakha ifilimu evikelayo ebusweni bokuthintwayo, okungavimbela ngokuphumelelayo ukuthintana okuqondile phakathi kokuxhumana nomoya wangaphandle, ngaleyo ndlela kunciphise isivinini se-oxidation sesiliva.Lokhu kumelana ne-oxidation kwandisa impilo yabathintwayo.Ukukhiqizwa kwe-arc ephansi kanye nenhlansi: Impahla ye-AgZnO ingacindezela ngempumelelo ukukhiqizwa kwe-arc nenhlansi, inciphise ukuphazamiseka kwesignali nokulahlekelwa.Lokhu kubaluleke kakhulu ekusetshenzisweni kwefrikhwensi ephezulu kanye nokunemba okuphezulu.Sekukonke, i-AgZnO ine-conductivity enhle kagesi, ukumelana nokugqokwa, ukumelana ne-oxidation, kanye nokucindezelwa kwe-arc njengento yokuxhumana, okuyenza isetshenziswe kabanzi ekushintsheni kukagesi okuhlukahlukene kanye nezinhlelo zokusebenza ezidluliswayo.
Isicelo
Izicelo zezinhlobo ezahlukene ze-Ag-ZnO Contact Rivets
| Igama lomkhiqizo | I-Ag Component(wt%) | Ukuminyana (g/cm3) | I-Conductivity (IACS) | Ukuqina (HV) | Imithwalo elinganiselwe eyinhloko esetshenziswe ngempela (A) | Okuyinhloko izicelo |
| I-AgZnO(8) | 92 | 9.4 | 69 | 65 | Phansi Kuya Kumaphakathi | Ukushintsha, i-circuit breaker |
| I-AgZnO(10) | 90 | 9.3 | 66 | 65 | Phansi Kuya Kumaphakathi | |
| I-AgZnO(12) | 88 | 9.25 | 63 | 70 | Phansi Kuya Kumaphakathi | |
| I-AgZnO(14) | 86 | 9.15 | 60 | 70 | Phansi Kuya Kumaphakathi |
*Iziqondiso ezilinganiselwe zomthwalo-phansi:1~30A,phakathi:30~100A ukuphakama:ngaphezu kuka-100A
I-AgZnO(12)-H500X
I-AgZnO(12)-H500X
I-Ag alloy Series (i-Silver alloy)
Imininingwane
Ama-alloys esiliva nesiliva amahle asetshenziswa kakhulu ezimbonini ezahlukahlukene ngenxa yezakhiwo zawo eziyingqayizivele kanye nokuhlukahluka.Isiliva elicwengekileyo, elaziwa nangokuthi isiliva elimsulwa, liqukethe isiliva elingu-99.9% futhi laziswa kakhulu ngokwenziwa kwalo okuphakeme kagesi nokushisayo.
I-electrical conductivity: Ama-alloys esiliva nesiliva amahle amakhondukta kagesi angcono kakhulu, okuwenza alungele izinhlelo zokusebenza ezidinga ukudluliswa kukagesi okuphumelelayo.Zivame ukusetshenziswa kokuxhumana ngogesi, izixhumi, amaswishi, kanye nezingxenye ze-elekthronikhi ezihlukahlukene.
I-Thermal conductivity: Isiliva nama-alloys ayo anokushintshwa kwe-thermal okuphezulu, okuwenza afanelekele ukusetshenziswa lapho ukudlulisa ukushisa okusebenzayo kubalulekile.Zisetshenziswa kumasinki okushisa, izinto zokusebenzisana ezishisayo, kanye nezinhlelo zokuphatha ezishisayo.
I-Ductility kanye nokusebenziseka kalula: Ama-alloys esiliva nesiliva athambile kakhulu futhi athambile, okusho ukuthi angabunjwa kalula futhi akheke abe yizimo nosayizi abahlukene.Lesi sakhiwo sibenza balungele ukwenza ubucwebe, izinto zokuhlobisa, kanye nezakhi ezihlukahlukene zemishini.
Isicelo
Izicelo zezinhlobo ezahlukene ze-Ag Contact Rivets
| Igama lomkhiqizo | Ukuminyana (g/cm3) | I-Conductivity (IACS) | Ukuqina (HV) | Imithwalo elinganiselwe eyinhloko esetshenziswe ngempela (A) | Okuyinhloko izicelo | |
| ethambile | kanzima | |||||
| Ag | 10.5 | 60 | 40 | 90 | Phansi | Ukushintsha |
| AgNi0.15 | 10.5 | 58 | 55 | 100 | Phansi | |
*Iziqondiso ezilinganiselwe zomthwalo-phansi:1~30A,phakathi:30~100A ukuphakama:ngaphezu kuka-100A
