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本发明涉及硅钢板技术领域,尤其涉及一种硅钢板毛刺修整机,包括工作台,所述工作台顶端面的一侧通过升降座安装有打磨机构,工作台顶端的另一侧设置有连接柱,连接柱上部的一侧水平安装固定有横梁,横梁底端面的中部竖直安装有液压杆,液压杆的底端安装有打磨机构,且上、下两个打磨机构交错分布,本发明中通过上、下两个打磨机构的主打磨带对硅钢板的顶端面和底端面进行打磨,副打磨带对硅钢板的侧端面进行打磨,从而能够对硅钢板的水平端面以及侧端面同时进行打磨去毛刺,提高了硅钢板整体毛刺修整的效率。
2021-08-05 76 6.8

取向硅钢成品的晶粒尺寸非常大,其易磁化方向[001]晶向对于轧向的偏差角度对其磁性能影响极大。本文介绍了取向硅钢二次再结晶后成品晶粒位向的几种测定方法,包括侵蚀法、劳厄法、OIM法、极图法和非对称X射线衍射法等,并对这几种测量方法进行了比较。 The finished product of grain-oriented silicon steel has immense grain size ranging from millimeters to centimeters and the deviation angles of easy magnetization direction from rolling direction plays a remarkable role in magnetic properties of grain-oriented silicon steel.The methods in common use for determining the deviation angles of crystal direction are introduced,which include the etch-figure method,the Laue method,the OIM method,the pole figure method and the asymmetrical X-Ray diffract... 
2011-04-28 93 5.8

本发明涉及一种无取向电工钢片绝缘涂液,它的主要有效成分包括有机树脂、水溶性磷酸二氢盐、硅溶胶、涂料助剂、和特定水溶性金属盐。上述各组分的质量组成比例为:有机树脂100份,水溶性磷酸二氢盐100‑250份,硅溶胶0‑100份、涂料助剂0‑20份,特定水溶性金属盐10‑50份,其余为水,涂液的固含量为15~40%。其中特定水溶性金属盐是指水溶性磷酸二氢盐以外的二价或多价金属盐,这种盐可以在磷酸二氢盐溶液中稳定存在,但是在电工钢涂层烧结温区会氧化或分解。本发明的绝缘涂液固化速度快且固化彻底,涂层具有优异的耐盐雾性能。
2021-01-08 104 6.8

本发明涉及一种控制高牌号硅钢退火产生月牙印缺陷的方法,多次调整硅钢退火线入炉及出炉张力参数,使带钢处于预设悬垂量内;本发明避免高速运行下带钢撞在炉辊上,从而产生月牙印缺陷,提高了产品的质量。
2021-07-09 105 6.8

采用中、厚板坯生产技术对取向硅钢进行了研制和开发,对热轧及后工序样品进行了金相组织观察和EBSD分析,探讨了两种组织及织构的差异性,研究结果表明:除高温退火样品外,中板坯生产的取向硅钢各工序样品平均晶粒尺寸大;厚板坯生产的取向硅钢热轧和常化样品亚表层Goss织构强;中板坯和厚板坯的脱碳退火板织构没有明显区别。中板坯生产的取向硅钢成本低,产品磁性能和质量与厚板坯相当。 Grain oriented silicon steel was researched and developed by medium thickness slab and thick slab.Microstructures observation and EBSD analysis to the samples of hot rolling and following processes were carried out,respectively.The differences between the two kinds of microstructures and textures were discussed.The results show that the average grain sizes of every process samples are larger except that of high temperature annealing samples of grain oriented silicon steel produced by medium thic... 
2014-03-28 108 5.8

【摘要】 <正>2014年5月9日,从武钢硅钢事业部获悉,...
2014-06-28 89 5.8

本发明是改善硅钢边缘裂边的工艺,包括:S1:对普通取向硅钢卷进行放卷、活套、清洗、加热、冷却;S2:对硅钢进行收卷,收卷张力系数为3‑9kg/mm2;S3:对硅钢卷用收紧带收紧打包,打包带张力为3‑8kg;S4:罩式炉进行炉底板检测,炉底板不平度<2mm;S5:将收紧打包后的硅钢卷送入罩式炉内进行高温退火处理;本发明的优点:通过调整取向硅钢材料生产过程中对CA线收卷张力的控制、CA收紧带的使用与控制、罩式炉炉底板的平整度,实现1200mm以上宽度材料平均不良切边宽度≤45mm,边部裂边尺寸减少40%。有效提高了加工材料成材率,提高了纵剪材料使用率,降低了吨钢成本,减少了纵剪生产停顿,提高了效率。
2021-04-23 88 6.8

本发明公开了一种改善高牌号无取向硅钢表面色差缺陷的方法,属于冷轧卷板表面质量改进技术领域。所述方法为:将连铸坯依次进行热轧、常化、酸洗、单机架轧制和连续退火工序,其中按重量百分数计,所述的连铸坯含有如下成分:C<0.003%、Si1.6~2.0%、Mn0.35~0.65%、Al0.35~0.65%、P<0.02%、S<0.0025%、余量为Fe和其他不可避免的杂质元素,所有成分合计100%;其中热轧工序的卷取温度为620~640℃。本发明所述方法能够降低带钢表面氧化铁厚度并改变带钢表面氧化铁结构,改善高牌号无取向硅钢表面色差缺陷。
2021-03-25 116 6.8

研究了冷轧95%变形量无取向硅钢不同退火温度(710~1 050℃)下再结晶织构特征.再结晶刚完成时(710℃退火),呈现强γ({111<112>~<134>)与弱{114}<481>织构特征;随退火温度升高至900℃,γ明显减弱,{114}<481>组分持续增强,形成典型的{h,1,1}<1/h,1,2>织构;进一步升温至1 050℃,再结晶织构不再发生明显变化.基于EBSD分析,{114}<481>组分的持续强化可归因于其明显的尺寸优势以及较高频率的高能晶界(取向差角为20°~45°). A non-oriented silicon steel was heavily rolled to 95% reduction and subsequently annealed at 710~1 050 ℃ to investigate recrystallization texture evolution.When annealed at 710 ℃ with complete recrystallization,the texture is characterized by a strong partial γ fiber spreading from {111}<112> to {111}<134> and a weak {114}<481> component.As annealing at 900 ℃,γ fiber is decreased significantly while {114}<481> is increased consistently,producing a typical {h,1,1}<1/h,... 
2013-05-28 119 5.8

通过对取向硅钢进行脉冲磁场退火实验,发现在相同的退火时间(6.0 min)内,低于1 T的脉冲磁场可以在一定程度上提高取向硅钢的磁感(B8),而高于1 T的脉冲磁场则会使取向硅钢的磁性能急剧恶化.同时发现,脉冲直流电加热方式会使取向硅钢的磁性能恶化.研究表明,脉冲磁场退火有望成为一种调控材料微观结构的有效手段. We have carried out experiments of annealing by pulse magnetic field.The results show that a pulse magnetic field with intensity lower than 1 T can promote magnetic induction density(B8) of grain-oriented silicon steel,while the magnetic properties deteriorate sharply when intensity is higher than 1 T.It has also been found that heating by using pulse direct current can cause the magnetic properties to deteriorate,in contrast to the traditional heating using resistance furnace.Our research shows... 
2011-01-28 119 5.8

组织和织构是影响无取向硅钢性能的重要因素。为改善产品性能,研究了冷轧压下率(71.7%~87.0%)对高牌号无取向硅钢组织、织构、磁性能和力学性能的影响。结果表明,随冷轧压下率的增加,退火晶粒平均尺寸先减小后增大;高斯和立方织构强度减弱,γ纤维织构增强,α纤维织构转变为较强的α*({h, 1, 1}〈1/h, 1, 2〉)织构,并随冷轧压下率的增加而增强,同时其峰值逐渐向{111}面移动;工频铁损P1.5/50、高频铁损P1.0/400和磁极化强度J5000同时降低,屈服强度变化不大,表面硬度逐渐增加。当冷轧压下率由84.7%增至87.0%、厚度减至0.30 mm时,高频铁损降幅是工频铁损的11倍,表面硬度增幅变大。以上研究成果对硅钢减薄后织构及组织的优化提供了很好的指导。 Microstructure and texture are critical factors on non-oriented silicon steel properties. In order to improve product properties, this paper studied the effect of cold rolling reduction rate(71.7%-87.0%) on microstructure, texture, magnetic properties and mechanical properties of high-grade non-oriented silicon steel. The results show that with the increase of cold rolling reduction rate, the average size of annealing grain decreases first and then increases. The intensity of Goss and λ fiber te... 
2022-05-28 129 5.8

介绍了国内无底层取向电工钢生产技术水平、产量和用途,简述了无底层取向电工钢作为取向电工钢超/极薄带母料及应用于制作大型发电机组铁心、风电等电机铁心和变压器铁心等的情况。 The production technology level,output and application of domestic glassless grainoriented electrical steel were introduced,and the application of glassless grain-oriented electrical steel as parent material of ultra-thin strip of grain-oriented electrical steel and in making large-scale electric generator cores,wind power motor cores and transformer cores were briefly described. 
2022-02-28 120 5.8

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