A zamanin yau buƙatun lanƙwasa ƙaƙƙarfan maganadisu na duniya yana ƙaruwa, saboda sararin samaniya, kasuwannin masana'antu da EV mai ban sha'awa musamman suna sadaukar da kai don neman daidaito tsakanin wutar lantarki da zafi. Godiya ga ilimi a cikin injin lantarki da ƙwarewa mai yawa a cikin laminated magnets, Horizon Magnetics na iya aiki tare da abokan ciniki don haɓaka aikin motar ta hanyar tabbatar da laminated.injin maganadisuga manyan injina masu inganci tare da fasali masu zuwa:
1.Insulation Layer jere 25 -100 μm
2.Consistency na rufi garanti
3.Magnet Layer tare da kauri daga 0.5mm da sama
4.Magnet abu a cikin SmCo ko NdFeB
5.Magnet siffar samuwa a block, Burodi, kashi ko wedge
6.Stable aiki a zazzabi har zuwa 200˚C
1. Eddy current yana cutar da injinan lantarki. Eddy current yana daya daga cikin mafi yawan matsalolin da masana'antar motocin lantarki ke fuskanta. Zafin halin yanzu yana haifar da haɓakar zafin jiki da wasu lalatawa zuwa maganadisu na dindindin, sannan kuma yana rage ƙarfin aiki na injin lantarki.
2. Insulation yana rage yawan zafin jiki. Hankali ne na kowa cewa ƙarfin juriya na madugu na ƙarfe zai rage ƙarfin halin yanzu. Yawancin bakin maganadisun SmCo na bakin ciki ko NdFeB maganadiso da aka sanya tare maimakon cikakken dogon maganadisu sun yanke madaukai rufaffiyar don ƙara juriya.
3. Babban inganci shine dole ne ga ayyukan. Wasu ayyukan dole ne su buƙaci mafi girman inganci maimakon ƙananan farashi, amma na yanzuMagnet kayan ko makiya kasa kai ga abin da ake tsammani.
1. Tsarin samarwa yana da rikitarwa. Magnet ɗin SmCo mai lanƙwasa ko laminated NdFeB maganadisu ba a manne shi kawai ta sassa daban-daban kamar yadda aka gani. Yana buƙatar sau da yawa na gluing da ƙirƙira. Saboda haka sharar gida don tsada Samarium Cobalt ko Neodymium magnet kayan ya fi girma. Bugu da ƙari, dole ne a yi la'akari da ƙarin abubuwa a cikin tsarin masana'antu.
2. Ana buƙatar ƙarin abubuwan dubawa. Magnet ɗin da aka makala yana buƙatar ƙarin nau'ikan gwaji don tabbatar da ingancinsa, gami da matsawa, juriya, demagnetization, da sauransu.
