400KG Die casting othandweni lokusakazwa kwe-aluminium alloy
Ipharamitha Yezobuchwepheshe
Ibanga lamandla: 0-500KW eshintshwayo
Isivinini Sokuncibilika: Amahora angu-2.5-3/isithando somlilo ngasinye
Izinga lokushisa: 0-1200 ℃
Isistimu Yokupholisa: I-air-cooled, ukusetshenziswa kwamanzi okuyiziro
| Aluminium Amandla | Amandla |
| 130KG | 30kw |
| 200 KG | 40kw |
| 300 KG | 60kw |
| 400 KG | 80kw |
| 500 KG | 100KW |
| 600KG | 120 KW |
| 800KG | 160 kW |
| 1000 KG | 200KW |
| 1500 KG | 300KW |
| 2000 KG | 400KW |
| 2500 KG | 450KW |
| 3000 KG | 500KW |
| Umthamo Wethusi | Amandla |
| 150KG | 30kw |
| 200 KG | 40kw |
| 300 KG | 60kw |
| 350KG | 80kw |
| 500 KG | 100KW |
| 800KG | 160 kW |
| 1000 KG | 200KW |
| 1200 KG | 220 KW |
| 1400 KG | 240KW |
| 1600 KG | 260 kW |
| 1800 KG | 280KW |
| Amandla eZinc | Amandla |
| 300 KG | 30kw |
| 350KG | 40kw |
| 500 KG | 60kw |
| 800KG | 80kw |
| 1000 KG | 100KW |
| 1200 KG | 110 KW |
| 1400 KG | 120 KW |
| 1600 KG | 140KW |
| 1800 KG | 160 kW |
Imisebenzi yoMkhiqizo
Amazinga okushisa asethiwe nokuqala okunesikhathi: Yonga izindleko ngokusebenza okungeyona into ebaluleke kakhulu
Isiqalo esithambile & ukuguqulwa kwemvamisa: Ukulungiswa kwamandla okuzenzakalelayo
Ukuvikela ukushisa ngokweqile: Ukuvala shaqa okuzenzakalelayo kunweba impilo yekhoyili ngo-30%
Izinzuzo ze-High-Frequency Induction Furnaces
High-Frequency Eddy Current Heating
- I-High-frequency electromagnetic induction ikhiqiza ngokuqondile ama-eddy currents ezinsimbi
- Ukusebenza kahle kokuguqulwa kwamandla >98%, akukho ukulahlekelwa ukushisa okuphikisayo
Ubuchwepheshe Be-self-Heating Crucible Technology
- Inkambu ye-electromagnetic ishisa i-crucible ngqo
- Isikhathi sokuphila esibucayi ↑30%, izindleko zokuyilungisa ↓50%
I-PLC Intelligent Temperature Control
- I-algorithm ye-PID + ukuvikelwa kwezendlalelo eziningi
- Ivimbela ukushisa kwensimbi
Smart Power Management
- I-Soft-start ivikela igridi yamandla
- Ukuguqulwa kwefrikhwensi okuzenzakalelayo konga amandla angu-15-20%.
- I-solar-ehambisanayo
Izinhlelo zokusebenza
Amaphuzu Obuhlungu Bekhasimende
I-Resistance Furnace vs. I-High-Frequency Induction Furnace yethu
| Izici | Izinkinga Zendabuko | Isixazululo Sethu |
| Ukusebenza Kwe-Crucible | Ukwakheka kwekhabhoni kubambezela ukuncibilika | I-self-heating crucible igcina ukusebenza kahle |
| Isici Sokushisa | Shintsha njalo ezinyangeni ezi-3-6 | Ikhoyili yethusi ihlala iminyaka |
| Izindleko Zamandla | 15-20% ukwanda konyaka | 20% esebenza kahle kakhulu kunezithando zomlilo |
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I-Medium-Frequency Furnace vs. I-High-Frequency Induction Furnace yethu
| Isici | Isithando somlilo se-Medium-Frequency | Izixazululo Zethu |
| Uhlelo Lokupholisa | Ithembele ekupholiseni amanzi okuyinkimbinkimbi, ukulungiswa okuphezulu | Isistimu yokupholisa umoya, ukulungiswa okuphansi |
| Ukulawula izinga lokushisa | Ukushisa okusheshayo kubangela ukushiswa ngokweqile kwezinsimbi ezincibilika kancane (isb., Al, Cu), i-oxidation enamandla. | Ilungisa ngokuzenzakalela amandla eduze nezinga lokushisa eliqondiwe ukuze kuvinjelwe ukushiswa ngokweqile |
| Ukusebenza Kwamandla | Ukusetshenziswa kwamandla aphezulu, izindleko zikagesi zibusa | Yonga amandla kagesi angu-30%. |
| Ukusebenza kalula | Idinga abasebenzi abanamakhono ukulawula mathupha | I-PLC ezenzakalelayo ngokugcwele, ukusebenza kokuthinta okukodwa, akukho ukuncika kwekhono |
Umhlahlandlela wokufaka
Ukufakwa okusheshayo kwemizuzu engu-20 ngosekelo oluphelele lokusethwa kokukhiqiza okungenazihibe
Kungani Khetha Thina
Kungani Khetha OkwethuIsithando Somlilo Sokufa?
I-Die Casting Furnace inikezela ngobuchwepheshe obuthuthukisiwe bokuncibilika okunembayo, okulungele abasunguli abangochwepheshe abafuna ukuzenzekelayo kanye nokusebenza kahle kwamandla. Idizayini yayo enekhava ekabili isekela kokubili ukuphakelwa kwe-aluminium kanye nokukhipha impahla yerobhothi, kukhuphula ukukhiqiza kokusebenza. Ngezici ezifana nokushisisa kwe-electromagnetic induction resonance heat kanye nokulawula okunembile kwe-PID, ifinyelela ukusebenza kahle kwamandla aphezulu nokusebenza okungaguquguquki, okuyenza ibe ukukhetha okufanele kumabhizinisi agxile kwikhwalithi nokusebenza kahle kwezindleko.
Kungani Khetha iI-Induction Melting Furnace?
Ukusebenza Kwamandla Okungenakuqhathaniswa
Wake wazibuza ukuthi kungani izithando zokuncibilika zokungeniswa ziwonga kangaka amandla? Ngokufaka ukushisa ngokuqondile kokusebenza kunokushisisa isithando somlilo ngokwaso, iziko lokungeniswa linciphisa ukulahlekelwa kwamandla. Lobu buchwepheshe buqinisekisa ukuthi yonke iyunithi kagesi isetshenziswa kahle, okuguqulela ekongeni kwezindleko ezinkulu. Lindela ukusetshenziswa kwamandla okuphansi okungafika ku-30% uma kuqhathaniswa neziko elivamile lokumelana!
Ikhwalithi Yensimbi Ephakeme
Izithando zokungeniswa zikhiqiza izinga lokushisa elilinganayo futhi elilawulwayo, okuholela kwikhwalithi ephezulu yensimbi encibilikisiwe. Kungakhathaliseki ukuthi uncibilikisa ithusi, i-aluminium, noma izinsimbi eziyigugu, isithando somlilo esincibilikayo siqinisekisa ukuthi umkhiqizo wakho wokugcina ngeke ube nokungcola futhi ube nokwakheka kwamakhemikhali okungaguquki. Ufuna abalingisi bekhwalithi ephezulu? Lesi sithando somlilo sikusibekele.
Isikhathi Sokuncibilika Esisheshayo
Ingabe udinga izikhathi zokuncibilika ngokushesha ukuze ugcine ukukhiqiza kwakho kuhamba ngendlela? Iziko lokungeniswa zishisisa izinsimbi ngokushesha nangokulinganayo, okukuvumela ukuthi uncibilike amanani amakhulu ngesikhathi esincane. Lokhu kusho izikhathi zokushintsha ngokushesha zemisebenzi yakho yokulingisa, ukwandisa ukukhiqiza okuphelele kanye nenzuzo.
imibuzo ejwayelekile ukubuzwa
Q1: I-Electromagnetic Induction Resonance Heating: Isebenza Kanjani?
I-electromagnetic resonance ivumela amandla ukuthi aguqulele ngqo ekushiseni ngokusebenzisa i-resonance ngaphakathi kwesithando somlilo, athole amandla angaphezu kwama-90% ngokunciphisa ukulahlekelwa kwe-convective kanye ne-convective. Le ndlela ayigcini nje ngokusindisa amandla kodwa futhi inikeza ukushisisa okusheshayo, okufanayo, okubalulekile ekuzuzeni imiphumela yokuncibilika engaguquki kuwo wonke amaqoqo.
Q2: Ukulawula Ukushisa Okunembile nge-PID: Iyini Inzuzo?
Ifakwe isilawuli se-PID (Proportional-Integral-Derivative), le sistimu ihlale iqapha izinga lokushisa lomlilo futhi ilungisa amandla okushisa ukuze kugcinwe ithagethi engashintshi. Le ndlela inciphisa kakhulu ukushintsha kwezinga lokushisa, ilungele izinhlelo zokusebenza zokushisisa ezinembayo lapho kubalulekile ukugcina ukufana.
Q3: Ukuvikelwa Kokuqalisa Okuguquguqukayo: Kungani Kubalulekile?
Ukuqala ngefrikhwensi eguquguqukayo kunciphisa umthelela wamanje wokuqala, kunwebe kokubili ubude bokuphila kwesithando somlilo nokuvikela igridi yamandla. Le ndlela yokuqalisa inika amandla ukusebenza okushelelayo futhi inciphisa ukuguga ezingxenyeni, okubaluleke kakhulu ezindaweni zokukhiqiza okuphezulu.
Q4: Ngabe idizayini enekhava ekabili ikuthuthukisa kanjani ukuzenzela?
Ikhava eyodwa yakhelwe ngokukhethekile izingalo zerobhothi, evumela ukukhishwa kwezinto ezizenzakalelayo, kuyilapho uhlangothi oluphambene lusiza ukuphakelwa kwe-aluminium. Lokhu kusetha kuqondisa ukusebenza, kunciphisa ukungenelela okwenziwa ngesandla kanye nokukhulisa ukusebenza kahle.
Q5: Kuyini ukusetshenziswa kwamandla okuncibilikisa ithani elingu-1 lethusi?
Cishe u-300 kWh kagesi usetshenziselwa ukuncibilikisa ithani elingu-1 lethusi, okuletha ukusebenza ngendlela eyongayo.
Q6: Ingabe isithando somlilo singaphatha kokubili i-aluminium nethusi?
Yebo, i-Die Casting Furnace yethu ifanele izinsimbi eziningi, okuhlanganisa ithusi ne-aluminium, elawulwa izinga lokushisa elifinyelela ku-1300°C.
Q7:Ingabe ukuqalisa okuguquguqukayo kwesithando somlilo kuthinta kanjani ukusetshenziswa kwamandla?
Yehlisa ama-spikes amandla, inwebe ukuphila kwengxenye, futhi isekela ukusebenza okushelelayo, okulungele izindawo ezidingeka kakhulu.
Ithimba lethu
Kungakhathaliseki ukuthi inkampani yakho ikuphi, siyakwazi ukunikeza isevisi yeqembu elichwepheshile phakathi kwamahora angu-48. Amaqembu ethu ahlala aqaphile ukuze izinkinga zakho ezingase zixazululwe ngokunemba kwezempi. Abasebenzi bethu bahlale befundile ngakho-ke bahambisana nezimakethe zamanje.
