Iigiya ze-Hypoid Bevel ezisetyenziswa kwiRobhothi yoShishino

Ingcaciso emfutshane :

Iprofayile yezinyo leGleason

● Izinto eziphathekayo: 20CrMo

● Imodyuli: 1.8

● I-Pitch Diameter: 18.33 mm

● Jika kwicala: Ekunene

● Unyango lobushushu: I-Carburization

● Unyango olungaphezulu: Ukusila

● Ubunzima: 58-62HRC

● Ukuchaneka: Din 6

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimpawu eziphambili zeegiya ze-hypoid ziquka:

1.I-High Offset: Igiya ye-hypoid ine-offset enkulu phakathi kwee-axes zayo, okuthetha ukuba iizembe aziphambanisi.Le offset ivumela uyilo oludityanisiweyo noluguquguqukayo kwaye lubonelela ngezakhono eziphuculweyo zokuhambisa itorque.

2.Iprofayile yezinyo le-Spiral Bevel Gear Tooth: Iprofayile yamazinyo yegiya ye-hypoid iyafana naleyo yegiya ye-bevel ejikelezayo.Olu luyilo lunciphisa ubungakanani bokutyibilika kunye neempembelelo phakathi kwamazinyo ngexesha lokusebenza xa kuthelekiswa nezinye iintlobo zegiya, okukhokelela ekusebenzeni okugudileyo, okuzolileyo.

I-3．Ubuchule obuphezulu beTorque: Uphawu lokunciphisa i-hypoid gears lunokunyusa amandla e-torque xa kuthelekiswa nezinye iintlobo zegiya kuba ivumela i-diameter yegiya enkulu kunye noqhagamshelwano olungakumbi phakathi kwamazinyo.Oku kwenza iigiya ze-hypoid zilungele usetyenziso olufuna ukuhanjiswa kwetorque ephezulu, njengokwahluka kweemoto.

I-4.I-Application Versatility: Iigiya ze-Hypoid zingasetyenziswa kuluhlu lwezicelo ezifuna ukuhanjiswa kwamandla okubambeneyo, okusebenzayo, kubandakanywa ukwahlukana kweemoto, oomatshini boshishino, iirobhothi kunye nezixhobo zamandla.

5.IiMfuno zokuthambisa: Iigiya zeHypoid zihlala zifuna ukuthanjiswa okukhethekileyo ngenxa yonxibelelwano lokutyibilika phakathi kwamazinyo.Uyilo lwegiya lunokubandakanya izinto ezinje ngeendawo zokugcina ioyile kunye neegrooves zokuqinisekisa ukuthambisa okufanelekileyo kunye nokupholisa kwenkqubo yegiya.

6.Ukuphucula ukusebenza kakuhle: Iigiya zeHypoid zinemilinganiselo ephezulu yothumelo kunye nokusebenza kakuhle xa kuthelekiswa nezinye iintlobo zegiya.Oku kungenxa yeeprofayili zezinyo eziphuculweyo kunye nendawo enkulu yokunxibelelana phakathi kwamazinyo, okunciphisa ukukhuhlana kunye nokulahleka kwamandla ngexesha lokusebenza.

Ngokubanzi, iigiya ze-hypoid zineempawu zoyilo ezizodwa ezizenza zilungele usetyenziso olwahlukeneyo, ukudibanisa ukubumbana, amandla aphezulu etorque, ukusebenza kakuhle kunye nokusebenza kakuhle.

Iplanti yokuVelisa

Umzi-mveliso wokuqala we-hypoid gear e-China wazisa itekhnoloji ye-UMAC evela eUnited States, idala imbali kunye nokuguqula itekhnoloji yokusetyenzwa kweegiya ze-hypoid, ukuphucula isantya, ukusebenza kakuhle kunye nokusebenza kakuhle kweendleko.Oku kukhokelele kuhlumo olumandla kwimfuno yangaphakathi neyamazwe ngamazwe yoshishino lwezixhobo ze-hypoid zaseTshayina, ukuseka isikhundla saseTshayina njengendawo yokuvelisa kunye nokuthunyelwa kwempahla kwamanye amazwe kwiigiya ze-hypoid, ngeli lixa idibanisa ubunkokeli bayo kubugcisa bokwenziwa kwemveliso.

Ukuhamba kweMveliso

Impahla engekasilwa

Ukugawula ngokurhabaxa

Ukujika

Ukunciphisa kunye nokunciphisa

Gear Milling

Unyango lobushushu

Ukugaya iGear

Uvavanyo

Ukuhlolwa

Sityale imali kwizixhobo zokuvavanya zamva nje, kubandakanya oomatshini bokulinganisa iBrown & Sharpe, iSweden Hexagon Coordinate Measuring Machine, iGerman Mar High Precision Roughness Contour Integrated Machine, iGerman Zeiss Coordinate Measuring Machine, German Klingberg Gear Measument Instrument, Isixhobo sokulinganisa iProfayili yesiJamani kunye nabavavanyi bokurhabaxa baseJapan njl.njl. Amagcisa ethu anezakhono asebenzisa obu buchwepheshe ukwenza uhlolo oluchanekileyo kwaye aqinisekise ukuba yonke imveliso eshiya umzi-mveliso wethu idibana nemigangatho ephezulu yomgangatho kunye nokuchaneka.Sizibophelele ekugqithiseni ulindelo lwakho ngalo lonke ixesha.