表面光滑，氧化铁皮少，易酸洗。
强度高，抗氧化铁皮渣侵蚀，耐磨性好。
High strength good resistance to errosion of ferric oxide slag good wear resistance .
热取样氧化铁皮厚度与热轧板厚度成正比例关系。
And, the thickness of hot sample scale is directly proportional to that of HR sheet.
该装置能对自动对号牌进行冲洗和旋转去氧化铁皮。
This unit is also capable of rinsing out the marked number and descaling automatically.
热轧硅钢片在生产过程中不可避免地会产生氧化铁皮。
It's inevitable for-hot-rolled silicon steel sheets to produce oxidized scale in the process.
氧化铁皮缺陷是影响热轧带钢表面质量的重要因素之一。
The scale defect is an important influence factor on surface quality of hot rolled strip.
此工艺适用于高温热轧钢坯及成品钢材的表面去除氧化铁皮。
It is specified for applications in high temp. bloom-roll and other hot rolling of steel products to clear away scales.
氧化铁皮的显微结构是决定热轧带钢酸洗性能的本质因素之一。
The microstructure of iron oxide scales, as one of the essential factors, is important to pickling quality of the hot rolled strips.
高速线材轧机生产的产品具有盘重大，表面氧化铁皮少，尺寸公差精确等特点。
Products produced by the high speed rolling mill have those advantages as heavy coil weight, less surface scale and precise dimension tolerance.
工作辊表面氧化膜状态与带钢表面氧化铁皮细孔及小白条压入缺陷的产生有密切关系。
The defects of the needle-shaped hole and narrow white threads on the strip surface have close relationship with oxide film of work roll.
结果表明：氧化铁皮比基体容易变形，变形量与氧化铁皮结构和变形温度有较大关系。
The results show that iron oxide scale is easy deformation than base. The deformation is greatly related with the structure of oxide scale and temperature.
热轧带钢在冷轧前既需要进行酸洗以去除带钢表面的氧化铁皮，也需要有良好的板形。
Hot rolled strip must be pickled for surface descaling of strip and have good shape prior to cold rolling.
介绍机械剥壳法去除盘条表面氧化铁皮的原理和特点，分析该方法引起钢丝脆断的原因。
To introduce the principle and characteristic of mechanical descaling to clear oxide scale on wire rod surface. The cause for brittle fracture with the method is analyzed.
介绍机械剥壳法去除盘条表面氧化铁皮的原理和特点，分析该方法引起钢丝脆断的原因。
To introduce the principle and characteristic of mechanical descaling to clear oxide scale on wire rod surface.
文章分析了氧化铁皮的形成原因，并制定了切实可行的改造方案，可以有效地防止氧化铁皮对生产造成的不良影响。
This article has analyzed the cause of oxidized iron sheets and made feasible transforming plans, which may effectively prevent the negative effects.
为了解决热轧卷板生产中出现的表面红色氧化铁皮问题，进行了实验室除鳞热轧实验以及调整轧制工艺的工业性试验。
In order to eliminate the red scale on surface of hot rolled strip, the descaling and rolling experiments in lab and industrial trials were carried out.
为了解决热轧卷板生产中出现的表面红色氧化铁皮问题，进行了实验室除鳞热轧实验以及调整轧制工艺的工业性试验。
In order to eliminate the red scale on surface of hot rolled strip, the descaling and rolling experiments in lab and industrial trials were carried out.
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