Iziko lokunyibilikisa kunye neAluminiyam kunye neBrass casting
IParameter yobuGcisa
Uluhlu lwamandla: 0-500KW adjustable
Isantya sokunyibilika: Iiyure ezingama-2.5-3 / isithando somlilo ngasinye
Uluhlu lobushushu: 0-1200℃
Inkqubo yokupholisa: Ukupholisa umoya, ukusetyenziswa kwamanzi kungabikho
| Umthamo weAluminiyam | Amandla |
| 130KG | 30 KW |
| 200KG | 40 KW |
| 300KG | 60 KW |
| 400KG | 80 KW |
| 500KG | 100 KW |
| 600KG | 120 KW |
| 800KG | 160 KW |
| 1000KG | 200 KW |
| 1500KG | 300 KW |
| 2000KG | 400 KW |
| 2500KG | 450 KW |
| 3000KG | 500 KW |
| Ubuchule beKopolo | Amandla |
| 150KG | 30 KW |
| 200KG | 40 KW |
| 300KG | 60 KW |
| 350KG | 80 KW |
| 500KG | 100 KW |
| 800KG | 160 KW |
| 1000KG | 200 KW |
| 1200KG | 220 KW |
| 1400KG | 240 KW |
| 1600KG | 260 KW |
| 1800KG | 280 KW |
| Umthamo weZinc | Amandla |
| 300KG | 30 KW |
| 350KG | 40 KW |
| 500KG | 60 KW |
| 800KG | 80 KW |
| 1000KG | 100 KW |
| 1200KG | 110 KW |
| 1400KG | 120 KW |
| 1600KG | 140 KW |
| 1800KG | 160 KW |
Imisebenzi yeMveliso
Seta amaqondo obushushu kwangaphambili kunye nokuqalisa ngexesha: Gcina iindleko ngokusebenza ngaphandle kwencochoyi
Ukuqala okuthambileyo kunye nokuguqulwa kwamaza: Uhlengahlengiso lwamandla oluzenzekelayo
Ukukhuselwa kobushushu obugqithisileyo: Ukucinywa ngokuzenzekelayo kwandisa ubomi bekhoyili ngama-30%
Izinto eziluncedo kwi-High-Frequency Induction Furnaces
High-Frequency Eddy Current Ukufudumeza
- I-high-frequency electromagnetic induction ivelisa ngokuthe ngqo imisinga yeeddy kwiintsimbi
- Ukusebenza kokuguqulwa kwamandla> 98%, akukho kulahleka kobushushu obuchasayo
ITekhnoloji yeCrucible yokuzifudumeza ngokuzifudumeza
- Intsimi ye-electromagnetic itshisa i-crucible ngqo
- Ubomi be-Crucible ↑30%, iindleko zokugcina ↓50%
PLC Intelligent Ulawulo lobushushu
- I-algorithm ye-PID + ukhuseleko lwamaleko amaninzi
- Ikhusela ubushushu bentsimbi
Ulawulo lwamandla oluhlakaniphile
- Isiqalo esithambileyo sikhusela igridi yamandla
- Ukuguqulwa kwamaza okuzenzekelayo konga amandla angama-15-20%.
- I-Solar-ehambelanayo
Usetyenziso
Amanqaku entlungu yabaThengi
I-Resistance Furnace vs. I-Our-Frequency Induction Furnace
| Iimbonakalo | Iingxaki zesiNtu | Isisombululo sethu |
| I-Crucible Efficiency | Ukwakhiwa kwekhabhoni kuyacothisa ukunyibilika | I-self-heating crucible igcina ukusebenza kakuhle |
| Ukufudumeza Element | Tshintsha zonke iinyanga ezi-3-6 | Ikhoyili yobhedu ihlala iminyaka |
| Iindleko zamandla | 15-20% ukwanda ngonyaka | I-20% esebenzayo ngakumbi kuneziko lokumelana |
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I-Medium-Frequency Furnace vs
| Uphawu | I-Medium-Frequency Furnace | Izisombululo zethu |
| Inkqubo yokupholisa | Ithembele ekupholiseni kwamanzi anzima, ukugcinwa okuphezulu | Inkqubo yokupholisa umoya, ukugcinwa okuphantsi |
| Ulawulo lobushushu | Ukufudumeza okukhawulezayo kubangela ukutshisa okugqithisileyo kweentsimbi ezinyibilikayo ezisezantsi (umzekelo, Al, Cu), i-oxidation enkulu. | Ukulungelelanisa amandla kufutshane nexesha ekujoliswe kulo ukunqanda ukutshisa kakhulu |
| Ukusebenza kakuhle kwamandla | Ukusetyenziswa kwamandla aphezulu, iindleko zombane zilawula | Igcina i-30% yamandla ombane |
| Ukulula kokuSebenza | Ifuna abasebenzi abanezakhono zolawulo lwezandla | I-PLC ezenzekelayo ngokupheleleyo, ukusebenza okukodwa, akukho kuxhomekeka kwisakhono |
Isikhokelo soFakelo
Ufakelo olukhawulezayo lwemizuzu engama-20 kunye nenkxaso epheleleyo yokuseta imveliso engenamthungo
Kutheni Khetha Thina
Intshayelelo: Isithando somlilo sokunyibilikisa – Sisebenza kakuhle kwaye sithembekile
Yintoni eyenza wethuIziko lokunyibilikisaeyodwa? Eli ziko libandakanya i-electromagnetic induction resonance ukuhambisa ukusebenza kakuhle kwamandla kunye nokufudumeza okuchanekileyo. Ngobu buchwepheshe bokufudumeza obuphambili, ufezekisa ukunyibilika ngokufanelekileyo ngaphandle kokulahleka kobushushu, okwenza i-90% + yokusetyenziswa kwamandla-iphezulu kakhulu kuneziko eziqhelekileyo. Kubathengi be-B2B abafuna ukunyusa imveliso kunye nokunciphisa iindleko zokusebenza, esi sithando somlilo sisisombululo esithembekileyo, esinamandla.
Isebenza njani i-Induction Resonance Heating?
Itekhnoloji ye-resonance ye-electromagnetic induction resonance isebenza ngokuguqula ngokuthe ngqo amandla ombane abe bubushushu ngaphakathi kwentsimbi, ngaphandle kokufuna ukuqhutywa okuphakathi. Ingaba ithelekiswa njani neendlela zemveli?
- Ukusebenza okuPhezulu: Iziko lemveli lilahlekelwa amandla ngokuqhutywa kunye nokuhanjiswa, ngelixa ukufudumeza kwe-resonance resonance kusalathisa amandla ngokuchanekileyo apho afuneka khona.
- Ilahleko yoBubushushu obuncinci: Amandla adlulisela ngokuthe ngqo kwizinto eziphathekayo, afikelela kumaqondo aphezulu ngokukhawuleza, kunye nokuguquguquka okuncinci.
- Ukufudumeza okufanayo: Ubushushu busasazwa ngokulinganayo, ukuphucula umgangatho wemveliso kunye nokunciphisa umngcipheko weziphene okanye i-porosity.
Ngokwamkela obu buchwepheshe, abasebenzisi banokufumana ukuya kuthi ga kwi-95% yokunyibilika ngokufanelekileyo, banciphise ukusetyenziswa kwamandla ukuya kuthi ga kwi-30%, kwaye bafezekise amaxesha omjikelezo okhawulezayo.
Iimpawu eziphezulu kunye nezinto eziluncedo
- Ukomelezwa kokuNyibilika ngokuSebenzayo
Isithando sethu sifikelela kwi-95% yokunyibilika ngokufanelekileyo xa kuthelekiswa ne-50-75% yeziko zombane eziqhelekileyo, ukugcina amandla kunye neendleko zokusika. - Ukuveliswa ngokukhawuleza
Ukufudumeza kwe-Induction kunciphisa ixesha lokunyibilika ngamaxesha angama-2-3, okwenza imijikelezo yokuvelisa ngokukhawuleza kunye namaxesha amafutshane okuguqula. - Ulawulo lobushushu obuchanekileyo
Ukusebenzisa ukulawulwa kweqondo lokushisa kwe-PID, inkqubo ibeka iliso kwaye ilungelelanise ngexesha langempela, igcina ukuhluka kweqondo lokushisa ngaphakathi kwe-± 1-2 ° C, ngokungafani neenkqubo zendabuko kunye ne-± 5-10 ° C. Oku kuchaneka kunciphisa amaxabiso okulahlwa kunye nokuphucula ukuhambelana kwemveliso. - Ukuqina kunye noLondolozo oluphantsi
Ngeendawo ezincinci ezihambayo, isithando somlilo sidinga ukugcinwa okuncinci, ukunciphisa ixesha lokuphumla. I-electromagnetic induction ikwaqinisekisa ukuhanjiswa kobushushu okufanayo, ukwandisa ubomi be-crucible ngaphezulu kwe-50%.
Kutheni Khetha iI-Induction Melting Furnace?
Ukuchaneka kokuSebenza kwaMandla
Ngaba ukhe wazibuza ukuba kutheni iziko lokunyibilika lokunyuswa lisebenza ngamandla? Ngokubangela ukushisa ngokuthe ngqo kwizinto eziphathekayo kunokufudumeza isithando somlilo ngokwawo, ii-furnaces ze-induction zinciphisa ukulahlekelwa kwamandla. Le teknoloji iqinisekisa ukuba yonke iyunithi yombane isetyenziswa ngokufanelekileyo, ukuguqulela kwindleko ebalulekileyo yokonga. Lindela ukuya kuthi ga kwi-30% yokusetyenziswa kwamandla aphantsi xa kuthelekiswa neziko lokuxhathisa okuqhelekileyo!
Umgangatho weMetal oPhezulu
Iziko lokungeniswa livelisa ukushisa okufanayo kunye nokulawulwayo, okukhokelela kumgangatho ophezulu wesinyithi esinyibilikisiweyo. Nokuba unyibilikisa ubhedu, ialuminiyam, okanye iintsimbi ezixabisekileyo, isithando somlilo esinyibilikayo siqinisekisa ukuba imveliso yakho yokugqibela ayinakungcoliswa kwaye ibe nokwakheka kweekhemikhali okungaguqukiyo. Ngaba ufuna iicasts ezikumgangatho ophezulu? Eli ziko likugqumile.
Ixesha lokunyibilika ngokukhawuleza
Ngaba ufuna amaxesha okunyibilika ngokukhawuleza ukugcina imveliso yakho isendleleni? Iziko lokungeniswa lifudumeza iintsimbi ngokukhawuleza nangokulinganayo, kukuvumela ukuba unyibilike ubungakanani obukhulu ngexesha elincinci. Oku kuthetha amaxesha okuguqula ngokukhawuleza kwimisebenzi yakho yokuphosa, ukwandisa imveliso epheleleyo kunye nenzuzo.
Iindleko zokusebenza eziphantsi
Imfuno ephantsi yokugcinwa kwesithando somlilo kunye nobomi obude bunciphisa imfuno yokulungiswa rhoqo kunye nokutshintshwa, ngokungafaniyo neziko zombane ze-arc. Ukulungiswa okuncinci kuthetha ukucuthwa kwexesha lokusebenza kunye neendleko eziphantsi zenkonzo. Ngubani ongafuni ukonga kwi-overhead?
Ubomi Obude
Isithando somlilo se-induction sakhiwe ukuba sihlale. Ngenxa yoyilo oluphezulu kunye nokusebenza ngokufanelekileyo, ikhupha iziko ezininzi zemveli. Oku kuhlala kuthetha ukuba utyalo-mali lwakho luza kuhlawula ngexesha elide.
Imibuzo ebuzwa qho
I-Q1: Angakanani amandla endinokuwonga ngesithando somlilo sokunyibilikisa?
Iziko le-induction linganciphisa ukusetyenziswa kwamandla ukuya kuthi ga kwi-30%, kubenze babe ngabavelisi abazixabisayo iindleko.
I-Q2: Ngaba isithando sokunyibilikisa i-induction kulula ukuyigcina?
Ewe! Iziko lokungeniswa lifuna ukulungiswa okuncinci kakhulu xa kuthelekiswa neziko lemveli, okonga ixesha kunye nemali.
I-Q3: Ziziphi iintlobo zetsimbi ezinokunyibilika ngokusebenzisa isithando somlilo?
Iziko lokunyibilikisa le-induction liyaguquguquka kwaye lingasetyenziselwa ukunyibilikisa isinyithi esineferrous kunye ne-non-ferrous, kubandakanya i-aluminiyam, ubhedu, igolide.
I-Q4: Ngaba ndingenza ngokwezifiso isithando sam sokungeniswa?
Ngokuqinisekileyo! Sinikezela ngeenkonzo ze-OEM ukwenza iziko lilungele iimfuno zakho ezithile, kubandakanya ubungakanani, umthamo wamandla, kunye nophawu.
I-Q5: Ngaba unokwenza ngokwezifiso esi sithando somlilo ngokweemeko zendawo okanye iimfuno ezithile?
Ewe, sibonelela ngeziko elilungiselelweyo elijongene neemfuno zofakelo ezizodwa, iimfuno zesicelo, kunye neemeko zoncedo. Iinjineli zethu zikulungele ukubonelela ngezisombululo ezisebenzayo kwiiyure ezingama-24.
Q6:Zithini iimfuno zogcino?
Ngokungafaniyo neziko lemveli, iziko le-induction zineendawo ezimbalwa ezihambayo kwaye zifuna ukulungiswa okuncinci. Nangona kunjalo, kucetyiswa ukuba kuhlolwe rhoqo. Sinikezela ngeshedyuli yokulondolozwa eneenkcukacha kunye nezikhumbuzo zokugcina izixhobo zakho zikwimeko ephezulu.
I-Q7:Yintoni ebandakanyiweyo kwiwaranti, kwaye kuthekani ngenkonzo yasemva kwewaranti?
Iwaranti igubungela iindawo kunye nenkxaso yenkonzo. Emva kwewaranti, sinikezela ngeendlela zokulondoloza kunye nokulungiswa okuqhubekayo ukugcina isithando somlilo sakho sisebenza kakuhle.
Iqela lethu
Nokuba iphi inkampani yakho, siyakwazi ukubonelela ngenkonzo yeqela lobuchwephesha kwiiyure ezingama-48. Amaqela ethu ahlala ephaphile ukuze iingxaki zakho ezinokuthi zisonjululwe ngokuchanekileyo emkhosini. Abasebenzi bethu bahlala befundiswa ngoko ke bahambelana neendlela zemarike zangoku.
