I-athikili yokuhlola
Sep 30,2026
Shiya umlayezo
I-Micro-arc oxidation (MAO), eyaziwa nangokuthi yi-microplasma oxidation (MPO), i-anodic spark deposition (ASD), noma i-anodic spark I-oxidation (i-ANOF), kwesinye isikhathi ibizwa ngokuthi yi-plasma‑enhanced electrochemical surface ceramicization (PECC). Umgomo oyisisekelo nezici zalobu buchwepheshe imi kanje: Ngokuya nge-anodic oxidation ejwayelekile, Ukukhishwa kwe-arc kusetshenziswa ukuthuthukisa nokusebenzela ukusabela okwenzeka ku-anode, ngaleyo ndlela yakha ingubo yobumba eqiniswe ngezinga eliphakeme ebusweni bemisebenzi eyenziwe nge-aluminium, titanium, i-magnesium, nama-alloys abo.
Uma kuqhathaniswa ne-anodizing ejwayelekile, izici zenqubo esemqoka ye-micro-arc oxidation zifaka: ukuthuthukiswa okukhulu kokuqina komhlaba; Ukumelana okuhle kakhulu kokugqoka, ukuzinza okushisayo, nokumelana nokugqwala; ukufakwa kukagesi okuphezulu; ama-electrolyte anobungani bemvelo; izinqubo ezizinzile nezithembekile ezinemishini elula nezinqubo ezilula; ukusebenza kalula nokulawula; Ukwakheka kwe-in-situ kwembozo eminyene, efanayo ye-ceramic ngokunamathela okuqinile ku-substrate; nokuguquguquka okuphezulu.
Ukubuka konke komkhiqizo:
Izingxenye eziyinhloko zemishini yokukhiqiza i-micro-arc oxidation:
Ukunikezelwa kwamandla e-Micro-arc oxidation, ukuhlangana kwamathangi, uhlelo lokupholisa olujikelezayo, indlela yokuvusa, kanye nohlelo lwe-trolley (okukhethwa), phakathi kokunye.
Izici zemishini yokuhlinzeka kwamandla e-micro-arc oxidation:
Ihlome ngesikrini se-LCD / ukuthintwa ukulawula okuzenzakalelayo nezilungiselelo ezizenzakalelayo; ifaka ukuhlelwa koku-inthanethi; Isikhathi sokushaya siqonde okwesibili; sihlinzeka ngezindlela zokukhipha okungaguqukiyo nezingaguquguquki, Ukushintshwa ngaphandle kokuphazamiseka; inani lama-pulses amahle futhi angalungiswa ngokuzimela; I-DC yokukhipha amandla okuhle nokubi namandla kagesi kuyaqhubeka nokulungiswa ngaphakathi kwebanga lokuklama; ububanzi be-pulse bama-pulses amahle namabi kuyalungiswa ngawodwana; imvamisa ye-pulse ingasethwa phakathi kuka-100 no-2000 Hz; Izinto zangaphakathi zikagesi zipholiswa yinhlanganisela yokusakazwa kwamanzi nokupholisa komoya, Ukuqinisekisa ukuphepha nokuthembeka; kufaka phakathi ukuvikelwa kwisekethe elifushane, ngokweqile, okweqile, ukushisa ngokweqile, ukwehluleka kwesigaba, nokushoda kwamanzi.
Izici zemishini yokuhlinzeka kwamandla e-micro-arc oxidation:
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★Ihlome ngesikrini se-LCD / tochscreen, ifaka ukulawula okuzenzakalelayo futhi ivumela ukusethwa okungafanele kokucubungula kwamanje, amandla, imvamisa, umjikelezo womsebenzi, isikhathi, inhlanganisela ye-waveform, neminye imingcele yenqubo efanele.
★Iqukethe uhlelo oluku-inthanethi, inqubo yokugcina ipharamitha kanye nemisebenzi yokukhumbula, futhi ivumela imodi yokukhipha (unipolar noma bipolar) ukulungiswa njengoba kudingeka. (Inqubo yokukhiqiza isebenzisa ukulawula okuzenzakalelayo kwe-DSP.)
★Isikhathi sokucubungula singasethwa phakathi kwemizuzu engu-0 no-999, ngokunemba kwezinga lesibili.
★Ifaka izindlela zokukhipha amandla wamanje nezingaguquki, ngokushintshwa okuzenzakalelayo phakathi kwezindlela ezimbili ngaphandle kokuphazanyiswa.
★Inani lama-pulses amahle futhi amahle angasethwa ngokuzimela, ngokubalwa okuhle kwe-pulse kusuka ku-1 kuye ku-100 kanye nokubalwa okubi kwe-pulse kusuka ku-0 kuye ku-20.
★Ukukhishwa okuphezulu kwe-DC okuhle yile: okwamanje / i-voltage = 500A / 750 V; ukukhishwa okuphakeme okuphakeme kwe-DC ngu: okwamanje / i-voltage = 500A / 2000 V; kokubili amanje namandla angasethwa ngokuqhubekayo kunoma yiliphi inani ngaphakathi kobubanzi bokukwakha.
★Ububanzi be-pulse obuhle nobubi buyalungiswa ngokuzimela, ngomjikelezo womsebenzi osuka ku-0% kuye ku-100%.
★Imvamisa ye-pulse ingasethwa ngaphakathi kwebanga le-100-2000 Hz.
★Izinto zikagesi ngaphakathi kokuhlinzekwa kwamandla apholiswa ngamanzi nomoya ajikelezayo, kuqinisekisa ukuphepha nokuthembeka.
★Ihlome ngezinyathelo zokuvikela ezimelene nesekethe esifushane, okweqile, okweqile, ukushisa ngokweqile, ukulahleka kwesigaba nokushoda kwamanzi.
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Ukucaciswa okuningiliziwe:
| Imodeli / Igama lokuhlela | UJian Nenghua NHWYDM Series Micro-Arc Oxidation Supply | ||||
| Indlela yokujikeleza | IGBT / PWM | ||||
| Ukulawula | Ukulawulwa kohlelo lwe-touchscreen, ukuxhumana kwekhompyutha | ||||
| Ukufakwa kwe AC | Inani lesigaba | Isigaba esisodwa ntambo ezimbili / isigaba esithathu sezintambo ezine | |||
| IVoltage | I-AC 220V / 380V ± 15% | ||||
| Ukuphindaphinda | 50HZ / 60HZ ± 3HZ | ||||
| Okokukhishwayo kwe DC | Ukuqala okuthambile | Isebenzisa ukuqala okuthambile (ngaphakathi kwemizuzwana engu-1). | |||
| Okokukhishwa kwamanje | DC 0-5/10/30/50 / 100/200/250 / 300/300 A aqhubeka | ||||
| Ukukhiqiza | DC 0-200V/300V/500V/600V/750V/800V 连续可调 | ||||
| 输出波形 | 方波 | ||||
| 输出精度 | 稳流精度: ≤1% | 稳压精度: ≤1% | |||
| Ukuphindaphinda | 50HZ-3000HZ连续可设 | ||||
| 占空比 | 正0-70% 负30%（一般正负互补） | ||||
| 显示及调节 | 正电压 | 正电流 | 频率值 | 正占空比值 | |
| 负电压 | 负电流 | 负占空比值 | |||
| 工作模式 | 恒流模式 | 恒压模式 | |||
| 输出状态 | 恒流时：电压随负载变化而变化 | 恒压时：电流随负载变化而变化 | |||
| 环境湿度 | ≦90% | ||||
| 负载稳定度 | ≤1% | ||||
| 工作限度 | 可满负载长时间工作 | ||||
| 保护 | 保护指示 | 红灯亮 | |||
| 保护项 | 有过载，限流，限压，过压，过流，过热，缺相保护. | ||||
| 开关键 | 电源开关、启动/停止、本地/远程 | ||||
| 环境 | -10℃-45℃ | ||||
| 冷却方式 | 强迫风冷 | ||||
| 济南能华双极性（正负脉冲）微弧氧化脉冲电源选型表 | ||||
| 型号 | 正向脉冲 | 反向脉冲 | Ukuphindaphinda | 功率 |
| NHWYDM750-5 | 750V/5A | 250V/5A | 50-3000HZ | 5KW |
| NHWYDM750-10 | 750V/10A | 250V/10A | 50-3000HZ | 10KW |
| NHWYDM750-15 | 750V/15A | 250V/15A | 50-3000HZ | 15KW |
| NHWYDM750-20 | 750V/20A | 250V/20A | 50-3000HZ | 20KW |
| NHWYDM750-30 | 750V/30A | 250V/30A | 50-3000HZ | 30KW |
| NHWYDM750-50 | 750V/50A | 250V/50A | 50-3000HZ | 50KW |
| NHWYDM750-100 | 750V/100A | 250V/100A | 50-3000HZ | 100KW |
| 备注 | 可按照客户要求定制各种脉冲幅值及脉宽，欢迎咨询！ | |||
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