采用高梯度磁选可将铁锂云母从尾矿中有效分离。
Zinnwaldite can be separated effectively by the high gradient magnetic separation from the tailing.
这就是磁选机的基本工作原理。
磁选尾矿通过重选回收黄铁矿。
Purite is recovered by gravity separation from magnetically separated tailings.
磁铁矿和石英的混合矿样采用磁选分离。
The mixture of magnetite and quartz was separated by magnetic separation.
磁团聚是影响磁选产品质量的一个不利因素。
Magnetic aggregation has bad effect on quality of the products from magnetic separator.
齿爪式磁选机更换齿爪时，应先将圆盘拉出。
Tooth claw type separators replacement tooth claw, should first disc pull out.
经中磁选矿，石英砂可达到优质玻璃原料要求。
Quartz sand by mineral seperation of middle magnetic field is a high quality material of making glass.
我公司可根据用户的特殊要求设计和制造磁选机。
We can design and manufacture special magnetic separators upon specific requirement of customers.
采用磁选器去除铁杂；糠粞分离筛去除碎米、米粞等；
Adopt the magnetic separation removing iron miscellaneous and Chaff rotary sifter removing broken clear, rice Xi, etc.
磁选系统主要由两部分构成，即磁选机和水洗精选系统。
Magnetic separation system mainly consists of both, namely, magnetic separators and washing selected system.
磁选机产品具有结构简单处理量大操作方便易于维护等优点。
This product has simple structure, high productivity, convenient operation and easy maintenance. magnetic separator.
我们首次将这一磁选新技术用于分离细粒难选铜钼混合精矿。
PHGMS is first used to separate fine refractory copper-molybdenum bulk concentrate.
锰矿磁选机|锰矿选矿设备在整个流程中起着举足轻重的作用。
Manganese ore magnetic separation machine | manganese ore dressing equipment plays an important role in the whole process.
选择了磁选除绿帘石、浮选脱除方解石和石英的合理工艺流程。
The processing flowsheet of "epidote removal by magnetic separation-calcite and quartz removal by flotation" is selected.
国产铁精矿是细粒度的磁选精矿，进口铁矿则以粉状赤铁矿为主。
The domestic ores are fine magnetite concentrate, and the imported ores mainly are hematite sinter fines.
针对该磁铁矿性质，制定了一段磨矿—阶段磁选—重选流程方案。
For the magnetite ore character, developed the flow sheet, which includes the grinding, stage magnetic separation and gravity separation.
介绍了YZJ型永磁中磁场湿式筒型磁选机的设备结构及技术特性。
The structural and technical characteristics of a YZJ wet-type drum permanent magnetic separator with medium magnetic field are described.
贫磁铁矿阶段磨选流程中一段磁选作业工序关系着磁选指标的好坏。
High or low magnetic concentration indexes have a close relation with first stage magnetic concentration working in lean magnetite stage grinding concentrating process.
介绍了CTDG1516N型永磁大块矿石磁选机结构及试验结果。
This paper introduced the structures and test results of the big block permanent magnetic separator of CTDG1516N type.
介绍了脉冲振动磁场磁选柱组成、基本原理以及实验室小型试验结果。
The composition, the basic principle and the laboratory test results of magnetic column with pulsating vibration magnetic field are described.
文章介绍了白云鄂博氧化矿强磁选精矿采用反正浮新工艺工业试验情况。
The paper introduces the experimental result of the reverse-direct flotation technology about the strong magnetic concentrate of Buiyunebo oxidized ore.
GCG型干式电磁感应辊式强磁选机对于非金属矿物的提纯有显著效果。
GCG-type dry induced roller high-intensity electromagnetic separators have distinct effect on purifying the non-magnetic minerals.
介绍了磁选方法预处理原料，制备适合于永磁铁氧体生产的合格超纯铁精矿。
The pretreatment of the raw material by magnetic separation to prepare the qualified ultrapure iron concentrate for producing permanently magnetic ferrite is described.
传统高梯度磁选机在分选过程中容易堵塞，以致分选效率不高，且耗水量大。
Conventional high gradient magnetic separators are easy to be blocked in separation pro-cess with large water consumption, resulting in lower separating efficiency.
本文介绍了CRIMM型稀土永磁辊式强磁选机的结构、工作原理和技术参数。
This paper describes the structure, operation principles and technical parameters of CRIMM roll-type high. intensity magnetic separators with rare-earth permanent magnets.
钼锌顺序优先浮选是回收马坑铁矿磁选尾矿中所含钼、锌硫化物的合适工艺流程。
The flowsheet of sequential selective-flotation is suitable for the recovery of molybdenum and zinc sulfides from the tailings of magnetic separations treating Makeng iron ore.
由于硫酸烧渣中的铁属于强磁性矿物，采用湿式鼓筒式弱磁选机分选是较为适宜的。
Fe in the vitriol calcigenous is a high magnetism mineral, so it is feasible to separate Fe by adopting wet drum type weak magnet separator.
生产型高梯度磁选机激磁功率大且为大电感性负载，其供电系统输出电流很难稳定。
High Gradient Magnetic Separator for production needs high exciting power and its inductive load is great. The stabilization of output current from power supply system is difficult.
煤系矿物的表面磁性强化是利用通常磁选设备实现高硫煤脱硫脱灰的新型关键技术。
For effective desulfurization and deashing of high-sulfur coal with its use of usual magnetic separation device, a surface magnetism enhancement of coal-derived minerals is a new key technology.
探讨采用HMC工艺后，磁选尾矿对介质再生、煤泥水沉降特性和絮凝剂选择的影响。
The tailings of magnetic separation have effect on medium revival, slurry settlement peculiarity and choice of flocculate after we adopt HMC craft.
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