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【作者】 周威; 刘侃; ...
2012-12-28 163 5.8

本实用新型涉及一种硅钢片叠装上料用转运装置,包括一输送单元,输送单元包括输送支架、输送辊,在各个输送支架均配备有一用于接收裁切好的硅钢片并堆放形成硅钢片料堆的放置板;一供料单元,包括供料板、供料支架、供料辊、支撑组件;一转运单元,包括转运支架、转运底座、转运辊、推料板、推动机构、电磁铁、转运齿条、转运齿轮、转运导轨、转运导座、导向轮、行走滚轮。本实用新型的优点在于:通过输送单元、供料单元及转运单元之间的相互配合,从而能够将满料的放置板自动输送并呈日字形自动排布好,无需再由人工搬运放置,大大减少了人工劳动,降低了人工劳动强度。
2021-06-09 164 6.8

通过固溶度积公式计算及热模拟实验,对不同热装和加热温度条件下的无取向硅钢铸坯中析出相进行了研究.在低于950℃热装时,铸坯中AlN的析出量和尺寸不再变化,但MnS和AlN-MnS的数量及平均尺寸随着热装温度降低而进一步增加,并在温度低于600℃时达到最大值后保持不变.与1200℃相比,1100℃加热的铸坯中AlN、MnS的总固溶量相对更少.相比850℃热装,600℃热装再加热到1100℃的铸坯中AlN和MnS的总固溶量更少,且AlN和MnS尺寸更大.合适的热装温度和加热温度分别为600℃和1100℃. Based on solubility product calculation and thermal simulation experiments,precipitated phases in continuous casting slabs of non-oriented silicon steel were systematically studied at different hot charging and heating temperatures.When the hot charging temperature is below 950 ℃,the content and size of AlN remain unchanged,but the quantity and size of MnS and AlN-MnS increase when the hot charging temperature decreases,reach maximum and remain unchanged when the hot charging temperature is belo... 
2013-08-28 193 5.8

【摘要】 <正>近日,从重钢集团获悉,日前重钢炼钢厂...
2013-01-28 169 5.8

对两种硅钢水溶性极厚绝缘涂层进行了不同温度的热老化实验。通过TG-DTA,GDS,FT-IR,SEM和光泽度仪等测试方法对老化的涂层进行分析表征,提出了评估硅钢水溶性极厚绝缘涂层热老化性能的合理温度区间,探讨了涂层热老化行为,并分析了两种涂层热老化性能的差异。结果表明,涂层附着性随着老化时间的延长逐渐下降。FT-IR表征结果显示,热老化过程中,涂料交联形成的化学键未发生断裂,交联剂氨基树脂的三嗪环被破坏是聚合物三维网络结构坍塌的主要原因。 Thermal aging expriments at different temperature were carried out on two types of water-soluble and extra-thick insulation coatings for non-oriented silicon steel,and a series of test methods such as glossmeters,TG-DTA,FT-IR,GDS,SEM were applied in analysis.For evaluating the thermal aging effect of this kind of insulation coating,the proper temperature range was proposed.The difference of aging performance between two coatings was been investigated and the related behaviors were been discussed... 
2011-04-28 182 5.8

本发明特别涉及一种中频用取向硅钢极薄带及其钢基板的制备方法,属于硅钢极薄带制备技术领域,方法包括:将硅钢原料进行冷轧,获得硅钢薄带;将硅钢薄带进行退火,退火采用至少3段式连续退火工艺,获得钢基板;采用本法制得的钢基板制备的中频用取向硅钢极薄带具备优良的磁性能和板形,采用多段式退火,获得稳定的成品性能,制造工艺简单,可实施性高,采用无底层取向硅钢作为母材,节能环保,产品表面质量好,产品可满足中频条件下(≧400Hz)的使用要求。
2021-03-19 165 6.8

本发明提供了一种高硅钢及其制备方法,所述高硅钢由如下质量分数的化学成分组成:Si:5.0‑7.0%,Ni:0.001‑0.05%,Ce:0.0001‑0.0002%,其余为Fe和不可避免的杂质。本发明提供的高硅钢的延伸率为15‑22%,抗拉强度为739‑824MPa,磁感应强度B8为1.26‑1.29T,铁损P2/10k=68‑80W/kg,矫顽力为10.6‑13.4/m,最大磁导率为19000‑25000,具有良好的磁性能和延伸性能,易加工且可大规模生产应用。
2021-01-22 160 6.8

无取向硅钢的磁性能主要取决于铁素体的晶粒尺寸、晶体织构和钢中的夹杂物。通过合适的化学成分设计以及采用适宜的夹杂物控制技术,可以获得最佳的夹杂物控制效果,使其纯净度大幅度提高或者无害,最终获得磁性能优良的高级别无取向硅钢。同时,为满足节能、环保、高效需求,无取向硅钢正朝着节能降耗、环境友好以及多功能、高效率、易加工等方向发展。 The magnetic properties of non-oriented silicon steel mainly depend on the grain size of ferrite,the crystallographic texture,and the inclusions in the steel.The optimum inclusion control effects can be obtained through a suitable chemical composition design and an appropriate inclusion control technique,and then the liquid steel will get be clean or the inclusion will get be harmless,finally the excellent magnetic property of the non-oriented silicon steel can be obtained.Meanwhile,in order to ... 
2013-03-28 198 5.8

本实用新型公开了一种用于焊接硅钢板带的焊接机构,包括握把,该握把的一侧设置有下钳嘴及上钳嘴,该握把的另一侧设置有机械臂,下钳嘴的顶端设置有第一铜片,第一铜片的一侧顶端活动设置有下夹片,且上钳嘴的顶端设置有与下夹片相配合的上夹片,握把一侧内部设置有第二铜片,且第一铜片与第二铜片相互靠近的一侧均设置有金属弹片,两组金属弹片之间卡接设置有卡块一。有益效果:通过设置下夹片与上夹片实现对焊条进行夹紧,且下夹片与上夹片中的转动块均为活动连接,在实际焊接过程中可以利用焊条带动下夹片与转动块转动,从而实现焊条与握把之间角度的调节,进而满足不同的焊接条件,提高焊接效率。
2021-09-01 141 6.8

日本住友金属成功地开发了一种资源节约型高强度无取向电工钢SXRC,这种电工钢是通过固溶铌适度抑制位错的合并对消而得到一种特殊的微观组织,因此兼具很高的力学性能和磁性,特别适用于HEV、EV驱动电机转子。而且,不使用昂贵的镍就可以达到期望的强度,合金成本可控,是一种优越的资源节约型产品。 Sumitomo metal industries ltd of Japan successfully developed a type of high strength non-orientation electrical steel SXRC of resources-saving.The steel has both high mechanical performance and good magnetic property thanks to the special microstructure produced by the formation of Nb solid solution serving to appropriately inhibit the combination and cancellation of dislocations.The material is,in particular,suitable for manufacturing rotors of HEV and EV driving motors.Besides,expected streng... 
2011-06-28 176 5.8

本发明提供了一种无取向电工钢,以质量百分比计,其成分包括C:0.0010~0.0050%,Si≤2.5%,Al≤0.01%,Mn≤0.80%,P≤0.10%,S≤0.0070%,N≤0.0030%,其余为Fe及不可避免的杂质。本发明还提供了一种无取向电工钢的制备方法。本发明提供的一种无取向电工钢,不添加偏析或稀土等贵重元素且磁性能好、成材率高,本发明提供的无取向电工钢制备方法,工艺流程简单、生产周期短、制取成本低,且无需热轧板常化。
2021-12-21 218 6.8

Fe-6.5%Si高硅钢是一种具有高磁导率、低矫顽力和低铁损等优异软磁性能的合金,但是其室温脆性和低的热加工性能严重影响了其在工业领域的应用。综述了Fe-6.5%Si高硅钢的性能,评述了合金的改性法、特殊轧制法、快速凝固法、沉积扩散法、粉末冶金法等制备工艺。 It is well known that 6.5%Si high silicon steel is one kind of soft magnetic materials with higher re-lative permeability,lower coercive force and iron loss than those of conventional industrial silicon steel.However,their room-temperature embrittleness and poor workability limit their practical applications in the industry.The pre-paration technique such as modification treatment on alloy,special rolling,rapid solidification,CVD and powder me-tallurgy is reviewed. 
2023-05-09 244 5.8

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