) Graphite processing plantRemove t

) Graphite processing plant
Remove the impurities from the graphite raw ore and select the concentrate is the process of beneficiation. On the basis of concentrate to continue processing and improving the carbon content to realize high purity craft, this process is the purification process.
Natural graphite ore generally is divided into two groups: one is flaky graphite ore which the carbon content(3-30%) is low ,and the other is Microcrystalline graphite ore which is also can be called amorphous graphite (35~85%). The flaky graphite ore' flotability is good and the grade can be improves easily. In order to ensure its large flaky and precision, the multistage grinding and multistage flotation will be adopted. Our company has designed and constructed for many customers both at home and abroad for different outputs of the flaky graphite ore, the largest production line is 300 tons one day, and the grade can be up to 96%. The most multistage is 6 grinding stages and 7 flotation stages. Concentrate can be dived into 4 stages: high purity graphite is more than or equal to 99.9%, high-carbon graphite (94~99.9%), medium-carbon graphite（80~94%）and low carbon graphite（50~80%). The grade of microcrystalline graphite ore is generally higher and classification according the iron content. The flotability is poor and the usage is not very wildly. And purification process should be carried out later. Recent years, with the birth of new type collector, the time of the graphite beneficiation is shortened and the output is increased.
Graphite concentration process generally adopted the high temperature and acid pickling process and high temperature and evaporation process. Graphite ore resist acid and corrosion. Adding the sodium hydroxide to the concentrate ore, and heating to the 500 degrees, then the soluble silicate is produced and add water to eluting and concentrating, then add hydrochloric acid or sulfuric acid to wash off metal impurities. After chemical and acid process, almost all the metallic and non-metallic impurities are removed. Ultra-high temperature evaporator process takes advantages of graphite's performance of resistance to high temperature, and isolate from the air which is heated to 2500 to 2800 degrees. Most impurities evaporated by heat temperature and after cooling the purified graphite is produced. The purified graphite's carbon content can reach 99.9%.
The beneficiation of the graphite is mainly adopted the flotation process, in the process of concentrate ore to regrinding, generally the concentrate concentration is 30-35%, which need to be concentrated before regrinding, grinding concentrate concentration between 60-65% is better. When dealing with the microcrystalline graphite, due to the capacity is large, so the large thickener is needed. The common thickener not only occupy a large area, but also need large investment, what is more, due to the graphite density is small, the effect is not very good. Our engineers combined the advanced domestic and overseas technology, create a set of very effective and low investment crafts during the process of concentrate ore regrinding. Especially in Indonesia 1500 tons one day beneficiation process, which is designed for 6 grinding stages and 7 flotation stages, the concentrate grade is up to 96%, and the recovery more than 88% and less than 2% concentrate dewatering, grading of 50 mesh, 50-80 mesh, 80 ~ 120 mesh, 120 mesh or more, according to different size for sale , the design does not exceed the area of 6000 m2, which bring customers a great economic profits and won good fame .

Kết quả (Trung) 1:

） 石墨加工厂去除，把杂质从石墨原矿和选择精矿是选矿的过程。根据精矿继续加工和改进的碳含量，实现高纯度工艺，这个过程是净化过程。天然石墨矿一般分为两组： 一是片状石墨矿碳 content(3-30%) 是低的和另一种是微晶石墨矿也是可以称为无定形石墨 （35 ~ 85%)。鳞片石墨矿 ' 可浮性好，等级可以很容易提高。为了确保它的大片状及精度、 多级研磨及多级浮选将通过。我们公司拥有设计和构造为许多客户与国内外不同输出信号的片状石墨矿，最大的生产线是 300 吨的一天，品位可达 96%。最多的阶段是 6 研磨阶段和 7 浮选阶段。精矿可以潜入 4 个阶段： 高纯石墨远远大于等于 99.9%，高碳石墨 （94 ~ 99.9%） 中, 碳 graphite（80 ~ 94%） 低碳 graphite（50 ~ 80%)。微晶石墨矿品位是普遍较高和分类根据铁含量。可浮性较差，该用法并不十分广泛。纯化过程应该晚些时候进行。近年来，随着新类型的收集器的诞生，缩短了石墨选矿和产量增加。石墨浓缩过程普遍采用的高温和酸洗过程和高的温度和蒸发过程。石墨矿抵抗酸和腐蚀。精矿中加入氢氧化钠，并加热至 500 度，可溶性硅酸盐产生和加水洗脱和集中，然后添加盐酸或硫酸酸洗不掉金属杂质。经过化学和酸的过程，几乎所有的金属和非金属杂质被删除了。超高的温度蒸发过程对耐高温、 抗石墨的性能优势和分离空气加热到 2500 到 2800 度。大部分杂质蒸发热温度和后产生纯的石墨冷却效果。纯化的石墨碳含量可达 99.9%。主要采用了石墨选矿浮选精矿再磨，到在一般浓缩浓度是 30-35%，需要集中之前再磨，磨矿精矿浓度之间 60-65%要好得多。当处理微晶石墨，由于容量很大时，所以需要大增稠剂。常见的增稠剂不仅占地面积广，而且还需要大量的投资，更重要的是，由于石墨密度是小的影响不是很好。我们的工程师将先进的国内和海外技术相结合，创建一套非常有效和低投资工艺品在浓缩过程中矿再磨。特别是在印度尼西亚 1500 吨有一天选矿过程中，这专为 6 研磨阶段和 7 浮选阶段，精矿品位是 96%，和精矿回收超过 88%和 2%以内的脱水、 分级的 50 目，50-80 目，80 ～ 120 目，120 目以上，根据销售的大小不同，设计不超过总面积 6000 m2这给客户带来巨大的经济利益，赢得了良好的声誉。

Kết quả (Trung) 2:

）石墨加工厂
从石墨矿石原料中取出杂质和选择的浓缩物是选矿的过程。对浓缩物的基础上继续进行处理，提高了碳含量，以实现高纯度工艺，此工艺是在纯化过程。
将天然石墨矿石一般分为两类：一类是鳞片状石墨矿石其中碳含量（3-30％ ）低，而另一个是它也可以被称为非晶质石墨（35〜85％）微晶石墨矿石。片状石墨矿“的可浮性好，档次可以很容易地得到改善。为了确保其大的薄片状和精度，该多级研磨和多级浮选将被通过。我公司设计并为众多客户在国内和国外的片状石墨矿的不同输出构造，规模最大的生产线为一天300吨，而品位可以达到96％。最多级为6研磨级和7浮选阶段。浓缩物可潜入4个阶段：高纯度石墨大于或等于99.9％，高碳石墨（94％〜99.9％），中碳石墨（80〜94％）和低的碳石墨（50〜80％的）。的微晶石墨矿石品位一般根据铁含量更高和分类 ​​。的可浮性差，使用不是很广泛。和纯化过程中应后进行。近年来，随着新型集电极在出生时，石墨选矿的时间被缩短并且输出增加。
石墨浓度过程中一般所采用的高温和酸洗处理以及高温和蒸发过程。石墨矿耐酸和耐腐蚀性。加入氢氧化钠至精矿，并且加热到500度，然后将可溶性硅酸盐产生并加水至洗脱并浓缩，然后加入盐酸或硫酸，以洗掉金属杂质。经过化学和酸的过程中，几乎所有的金属和非金属杂质被除去。超高温蒸发过程需要的耐高温的石墨的性能优势，并从其中被加热到2500年至2800年度的空气隔离开来。通过加热温度和冷却该纯化的石墨后蒸发大部分杂质的产生。纯化的石墨的碳含量可达到99.9％。
该石墨的选矿主要采用浮选过程中，在精矿到再磨的过程中，通常的浓缩物的浓度为30-35％，这需要被浓缩重磨前，磨之间60-65％的浓缩浓度为好。当与微晶石墨处理，由于容量大，所以大的增稠剂是必要的。常见的增稠剂，不仅占据了很大的面积，而且还需要大量的投资，更有甚者，由于石墨的密度小，效果不是很好。我们的工程师结合国内外先进技术，精矿再磨的过程中创造出一套非常有效和低投入的工艺品。特别是在印度尼西亚1500吨1天选矿过程中，其被设计为6研磨级和7浮选阶段，该浓缩物等级是高达96％，回收率超过88％，少于2％的浓缩脱水，50目分级，50-80目，80〜120目，120目以上，根据不同的尺寸销售，设计不超过6000平方米的区域，为客户带来巨大的经济效益，赢得了良好的声誉。

Kết quả (Trung) 3:

）石墨加工厂
除去杂质从石墨原矿、精矿是选矿的选择过程。在继续处理和提高碳含量，实现高纯度浓缩工艺的基础上，这个过程是净化过程。
天然石墨矿石一般分为两组：一个是片状石墨矿的碳含量（3-30%）是低的，和其他的微晶石墨矿，也可称为无定形石墨（35 ~ 85%）。片状石墨矿的可浮性很好，可以提高品位很容易。为了确保其大的片状和精度，多级研磨和多级浮选将采取。我公司设计和建造，为众多国内外客户的片状石墨矿不同的输出，最大的生产线是一天300吨，和等级可达96%。最多6阶段和7阶段磨矿浮选。浓缩液可分成4个阶段：高纯石墨是大于或等于99.9%，高碳石墨（94 ~ 99.9%），中碳石墨（80 ~ 94%）和低碳石墨（50 ~ 80%）。微晶石墨矿石品位较高，一般是按分类的铁含量。可浮性较差，使用不是很广泛。纯化过程中应开展了后。近年来，随着新型捕收剂的诞生，