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让石油国家破产的神奇材料-石墨烯? 2015-11-04 15:16:31

    这种“黑科技”,可能让很多国家破产!

                         2015-10-29 20:30:02 来源:和讯网 

 石墨烯汽车电池充电8分钟跑1000公里!!

 石墨烯的价格太贵,是等重黄金的15倍 !

    “what is graphene”的图片搜索结果

是科技重要,还是资源重要?这个问题似乎没有标准答案。

但是近期发生的一系列事件,让“真理的天平”倒向了科技的那一边。比如页岩油、页岩气以及新能源汽车技术的进步,终结了石油了黄金时代。

但是这仅仅是“石油国家”遭受的第一轮打击,第二轮更为致命打击即将到来,石油的“白银时代”可能都没有开始,就结束了!

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In order to create the graphene bubbles the researchers mixed graphene — a form of carbon — with a binding agent. They then released the solution into water and mixed it to create tiny bubbles, and the graphene and the binding agent formed hard shells around the water bubbles. When the bubbles were popped, graphene shells about 10 times smaller than the width of a human hair were left behind. The resulting structures can store 15,000 milliamp hours per gram of graphene – a much higher energy density than is possible with other materials.

这种新的“黑科技”就是石墨烯技术。据报道,利用石墨烯聚合材料生产出来的汽车电池,有望达到这样惊人的效果:只充电几分钟,就可以让汽车连续开行1000公里。这种技术在西班牙、韩国等地,都接近于实现突破。

但这仅仅是石墨烯的神奇应用之一。据称,石墨烯材料如果取代硅,有望让计算机处理器的运行速度快数百倍;石墨烯有望引发触摸屏和显示器产品的革命,制造出可折叠、伸缩的显示器件;石墨烯强度超出钢铁数十倍,有望被用于制造超轻型飞机材料、超坚韧的防弹衣等。

石墨烯到底是什么东西?它其实是从石墨材料中剥离出来、由碳原子组成的只有一层原子厚度的二维晶体。它是目前自然界最薄、强度最高的材料。

最近,两位中国名人的举动,又让石墨烯技术再次成为资本市场关注的焦点。10月23日,国家主席习近平访问英国期间,参观曼彻斯特大学国家石墨烯研究院,正是这所大学的两位科学家,在2004年成功从石墨中分离出石墨烯,两人也因此共同获得2010年诺贝尔物理学奖。

在同一天,华为宣布与曼彻斯特大学合作研究石墨烯的应用,共同开发ICT领域的下一代高性能技术,研究如何将石墨烯领域的突破性成果应用于消费电子产品和移动通信设备。

这绝对不是华为一项普通的合作项目,因为此前任正非曾声称:未来10至20年内将爆发一场技术革命,即“石墨烯时代颠覆硅时代”。所以,华为跟曼彻斯特大学的合作,显然带有战略布局的意义。

石墨烯技术的出现,对中国来说是个巨大的机遇:第一,石墨烯电池技术的成熟,有望彻底解决中国石油(601857,)储量不足、高度依赖进口的局面,化解中国的能源安全问题;第二,石墨烯在消费电子、移动通信领域的应用,将让中国厂商获得一次颠覆世界巨头的机会;第三,给中国带来一次巨大的消费升级机会。

这项技术对于产油国来说,是巨大的利空。石油这种“黑金子”将被石墨烯这种新的“黑金子”所取代。石油国家的政治地位和收入将急剧下降,他们在过去数十年积累起来的数万亿美元的储备资产,将如烈日下的冰山一样开始融化,逐步消失。

从迪拜到利雅得,从阿布扎比、莫斯科到卡尔加里(身处大家拿的乡亲们 —— 有一点点 ......悬了),那些源自石油的权力、财富、荣光和傲慢,将逐步变得斑驳陆离,最终成为梦幻泡影。

在页岩油、石墨烯的打击下,相当一批依靠石油致富的国家,可能被经济危机拖入深渊,陷入国家破产。而俄罗斯如果未来再不进行实质性的改革,很有可能彻底沦为一个二流国家。至于中东、北非在国际地缘政治中的地位,将变得无足轻重。

在石墨烯带来的通信技术和消费电子革命中,美国、欧洲,以及日本、韩国能不能继续领跑,也变得充满不确定性。至少对于中国来说,这是一次赶超他们的机会。当然,反过来,如果我们抓不住这种机遇,将再次被别人甩出几条街!


   石墨烯:一场席卷全球的颠覆性产业技术革命

由于其独有的特性,石墨烯被称为“神奇材料”,科学家甚至预言其将 

     “彻底改变21世纪”

曼彻斯特大学副校长Colin Bailey教授称:“石墨烯有可能彻底改变数量庞大的各种应用,从智能手机和超高速宽带到药物输送和计算机芯片。”


“石墨烯电池或将引领改革:充电10分钟跑1000公里”报道:西班牙Graphenano公司(一家以工业规模生产石墨烯的公司)同西班牙科尔瓦多大学合作研究出首例石墨烯聚合材料电池,其储电量是目前市场最好产品的三倍,用此电池提供电力的电动车最多能行驶1000公里,而其充电时间不到8分钟。虽然此电池具有各种优良的性能,但其成本并不高。Graphenano公司相关负责人称,此电池的成本将比锂电池低77%,完全在消费者承受范围之内。此外,在汽车燃料电池等领域,石墨烯还有望带来革命性进步。 

 目前中国的石墨储量以及产量均居于世界绝对首位


中国石墨矿石储量为20亿吨,占全球储量的72%。探明全球天然石墨储量约为7100万吨,其中,中国储量约为5500万吨,占全球储量的77%,居世界首位。1954年,我国就开始向欧洲出口天然石墨,20世纪90年代,中国已经成为世界天然石墨的最大供应国。

石墨初级产品大约以3000元~4000元/吨白菜价格出口后,被加工成12万元一个的人工心脏瓣膜或者氟化石墨等高端石墨产品,再被国内进口。


张彬强调,没有国内下游生产企业的强大,原料出口便没有定价权,没有自主产品在市场上的打拼,进口产品同样会卖我们天价。如果不改变石墨行业的格局,再过20年,中国将无石墨可采!


  石墨烯技术发展到什么阶段了?距离商用有多远?

但石墨烯相对于那些优异的III-V半导体的幸运之处在于它本身是碳,更进一步的讲他的母体是石墨,这意味着更广阔的从业人员可以加入到这个研究领域来,提出更多更具特色的应用价值。如导电添加剂,如透明电极。这些在物理学家看来毫无节操的应用与生俱来的优势是门槛奇低(逼格低受众就广,哪个行业都一样)。于是石墨烯领域现在的情况就是几票阳春白雪与无数下里巴人各玩各的,导致的一个事实就是石墨烯概念越吵越热。甚至可以说先期的商业化如导电添加剂和透明电极在数年内就会有产品出来,也即所谓的商业化,但这些应用事实上石墨烯相较于其他准商业化前沿材料并没有绝对优势,市场是否买账更不好说。而它的杀手级应用-碳基电子器件,什么时候能突破以及会不会突破,就不得而知了。

现状:制备石墨烯技术处于蒸汽时代,运用还停留在石器时代,而我们却已经生活在信息时代了。
前景:个人认为前景很广,路也很长。


阻碍:石墨烯价格太贵贵贵了,运用都停留在实验室数

据里,推广困难。简单讲,知道好,但实验做不起,更

用不起。


航材院研究人员告诉《环球时报》记者,尽管当前石墨烯的研究成果很多,但目前主要还停留在实验室阶段,距离工业化生产仍有相当距离。造成这种局面的很大原因是石墨烯的价格太贵,是等重黄金的15倍,因此又被称为“黑黄金”。

21世纪的神奇材料-石墨烯及其应用

            上海硅酸盐研究所    发布时间:2015-09-01 

  石墨烯(Graphene)是一种由单层碳原子组成六角型呈蜂巢晶格的片状结构的新材料,是只有一个碳原子厚度的二维晶体材料。 

    

石墨烯立基于石墨,厚度极小,300万片石墨烯堆叠在一起的厚度也不过1毫米

“石墨烯的用途”的图片搜索结果

“石墨烯的用途”的图片搜索结果


Buy Graphene

   

 石墨烯新用途──超短雷射脈衝

         實驗顯示石墨烯可用來做成各種顏色的超短雷射脈衝。

内嵌图片 1


Study Shows Graphene Outperforms 

Steel And Kevlar: New Uses For Super Material

图片3

美国加州大学一个研究团队研制的微型石墨烯超级电池

电容(如图),电池的充电和放电速度,是常规电池的

100——1000倍。手机电池材料用上它,充满一次电只

需要5秒钟,新买的特拉斯;充一次电也就5分钟左右。

9 Incredible Uses for Graphene

Graphene could pave the way for bionic devices in living tissues that could be connected directly to your neurons. So 

people with spinal injuries, for example, could re-learn how to use their limbs.

内嵌图片 1

Professor Andre Geim, left, and Dr Konstantin Novoselov

Andre Geim and Konstantin Novoselov at the University of Manchester for groundbreaking experiments regarding the two-dimensional material grapheme won the Nobel Prize in Physics in 2010. Along with this Nobel Prize in physics, they have won several awards for their research on graphene.

  把石墨烯卷成圆筒形,就是一维的碳纳米管。把石墨烯堆起来,就成为三维的石墨。与金刚石一样,它们都是碳的大家庭成员。石墨烯一直被认为是假设性的结构,无法单独稳定存在,直至2004年,英国曼彻斯特大学的二位物理学家成功地在实验中从石墨中分离出石墨烯,从而证实它可以单独存在。这以后,制备石墨烯新方法层出不穷,经过5年的发展,人们发现,把石墨烯及其广泛应用带入工业化生产领域已为时不远了。 因此,两人共同获得2010年诺贝尔物理学奖。 

  石墨烯的发现,之所以意义重大,是因为它创造了诸多“纪录”。 

  ----石墨烯是世上最薄的材料。 

  石墨烯只有0.34纳米厚,十万层石墨烯叠加起来的厚度大概等于一根头发丝的直径,人们用肉眼是看不见它的。 

  ----石墨烯是人类已知强度最高的物质。 

  它比钻石还坚硬,单位重量的强度比世界上最好的钢铁还要高上100倍。 

  哥伦比亚大学的物理学家用金刚石制成的探针测试石墨烯的承受能力,它们每100纳米距离上可承受的最大压力竟然达到了2.9微牛左右。这意味着,“如果用石墨烯制成包装袋,那么它将能承受大约两吨重的物品”。 

  ----石墨烯电阻率极低,电子迁移的速度极快。 

  在石墨烯中,电子能够以极为高速地迁移,常温下其电子迁移率超过15000 cm2/V·s,迁移速率可达光速的三百分之一,远远高出其在碳纳米管以及硅、铜等传统半导体和导体中的速率。 

  电子在石墨烯里边好像没有质量一样,运动速度非常快。因为有了电子能量不会被损耗的特点,使这种材料具有了非比寻常的优良特性。” 

  ----它的另一特性让材料学家更为惊喜,该材料几乎完全透光,透光率在97%以上。 

  ----它导热系数高达5300 W/m·K,高于碳纳米管和金刚石,而电阻率只约10-6 Ω·cm,比铜或银更低,为目前世上电阻率最小的材料。因为它的电阻率极低,电子跑的速度极快,因此被期待可用来发展出更薄、导电速度更快的新一代电子元件或晶体管。由于石墨烯实质上是一种透明、良好的导体,也适合用来制造透明触控屏幕、光板、甚至是太阳能电池。它的这些神奇的特性使它有望在现代电子科技领域引发一轮革命。随着批量化生产以及大尺寸等难题的逐步突破,石墨烯的产业化应用步伐正在加快,基于已有的研究成果,最先实现商业化应用的领域可能会是移动设备、航空航天、新能源电池等领域。 

  ----其中,透明电极的应用最引人注目。传统的电导电极应用的是氧化铟锡,而这种材料脆度较高,比较容易损毁。透光率也比较低。与之相比,石墨烯不仅更加坚硬,性能也更好。石墨烯良好的电导性能和透光性能,使它在透明电导电极方面有非常好的应用前景。平板电脑、手机等数码产品对大尺寸触摸屏日益增长的需求也为石墨烯的应用提供了广阔的市场。 

  ----用于集成电路芯片的候选材料。由于基本物理规律的物理极限,硅芯片迟早有一天会因为尺寸无法继续缩小而走向终结。而石墨烯与碳纳米管这对亲兄弟具有类似的性能,高的载流子迁移率以及热导,都成为了下一代集成电路芯片材料的候补对象。2012年,美国IBM公司成功研制出首款由石墨烯圆片制成的集成电路,使得石墨烯特殊的电学性能彰显出应用前景。 

  ----另一方面,新能源电池也是石墨烯最早商用的一大重要领域。石墨烯太阳能技术的光电转换效率高达60%,是现有多晶硅太阳能技术的2倍。之前美国麻省理工学院已成功研制出表面附有石墨烯纳米涂层的柔性光伏电池板,可极大降低制造透明可弯曲太阳能电池的成本。 

  ----美国加州大学洛杉矶分校的研究人员开发出一种以石墨烯为基础的微型超级电容器,该电容器不仅外形小巧,而且充电速度为普通电池的1000倍。这种超级电容器的储存能量密度会大于现有的电容器。 

  ----应用方面最新的、也是最吸引人眼球的亮点是石墨烯电池。去年八月世界电动汽车之王特斯拉公司董事长宣告将推出续航里程为800公里的石墨烯聚合材料电池汽车。紧接着西班牙一家以工业规模生产石墨烯的Graphenano公司同西班牙科尔瓦多大学合作开发出首例石墨烯聚合材料电池,其储电量是目前市场最好产品的三倍,用此电池提供电力的电动车最多能行驶1000公里,而其充电时间不到8分钟。电池技术是电动汽车大力推广和发展的最大瓶颈,石墨烯储能器件研制成功后,若能批量生产,则将为电池产业乃至电动车产业带来新的变革。 

  尽管看起来石墨烯有着美好的应用前景,但从实验室到市场还有许多路要走。作为工业技术,石墨烯还有许多尚未能克服的困难。首先,迄今为止所得到的石墨烯产品并不是完整的单晶,而是多晶的复合体。结果是石墨烯的优越性能大打折扣。所以,优质材料的制备技术是石墨烯应用的最大拦路虎。其次,石墨烯虽然是一良导体,但它在电子领域里有一致命的问题,它没有“带隙”,也就是说在价带和导带之间没有禁止电子跃迁的间隙,无法控制电子的运动,也就是无法开关。要取代硅基的晶体管,我们必须人工植入一个带隙。但这并不是一件容易的事。所以科学家们还需加倍努力,才能使它名副其实地才尽其用。 

Graphene: 'Miracle material' will be in your home sooner than you think


By Stefanie Blendis, CNN

updated 11:41 AM EDT, Sun October 6, 2013

(CNN) -- Just under ten years ago, the Dutch-British physicist Andre Geim stumbled across a substance that would revolutionize the way we understand matter and win him and his colleague Kostya Novoselow the 2010 Nobel Prize for Physics. It was graphene -- a one atom thin substance. The Professor of Physics at Manchester University talks to CNN about discovering the first ever 2-dimensional material.

CNN: Graphene has been described as a 'miracle material', but what exactly is it?

Andre Geim: It's the thinnest material you can get -- it's only one atom thick. A tiny amount can cover a huge area, so one gram could cover a whole football pitch. It's the strongest material we are aware of because you can't slice it any further. Of course, we know that atoms can be divided into elementary particles, but you can't get any material that is thinner than one atom, or it wouldn't count as a material anymore.

Read: Have a taste of the world's first stem cell burger

Graphene is stronger than diamond; it shows extraordinary heat conductance; it conducts electricity a thousand times better than copper -- the list goes on. We're talking about probably 20 superlatives which apply to graphene. Another surprise is that you can just about see it with the naked eye, even though it's only one atom thick!

Watch this video

CNN: Your scotch-tape method for discovering the material has gone down in science history. Tell us about that.

AG: We were trying to make graphite as thin as possible using lab equipment and for many months we struggled to make it thinner than 10,000 layers. Then we had a kind of Eureka moment. We were using scotch tape on a regular basis in the lab to clean the surface of the graphite. We would look at what was happening on the surface of the graphite and throw the scotch tape in the bin. Then we decided to take the tape out of the bin and look at it under the microscope and we saw really transparent pieces of graphite -- graphene.

Read: British inventors claim world's first flying bicycle

CNN: Your discovery was certainly a surprise to the science world, but was it a surprise to you?

AG: Yes. We live in a 3-dimensional world. My physics intuition, developed over the last thirty years, told me that this material shouldn't exist. And if you had asked 99.9% of scientists around the world they would have said the idea of a 2D material was rubbish and that graphene shouldn't exist. And in most cases they would have been right, but in the case of graphite or graphene, and a dozen other materials like it, our intuition was completely wrong. You can reach this limit of one-atom-thin layers.

CNN: But what exactly is graphene useful for?

AG: Because of its range of extraordinary properties, people are considering using graphene in a myriad of different applications. For example, because graphene is so strong, people want to use it to reinforce plastics, making them conductive at the same time. Because it's transparent and conducts electricity, people want to use it in applications like mobile phone screens, touch screens, TV screens and so on. People are also considering using it to go beyond silicon technology and make our integrated circuits even denser and speedier. Those are just few examples.

Read: Future of transport is self-driving cars, says GPS inventor

CNN: What is the future for graphene?

AG: I don't dare try to predict the future, but if the speed of development of the last ten years is of any guidance we can expect to see graphene everywhere soon. Typically it takes 40 years for a new material to move from an academic lab into a consumer product, but within less than ten years graphene has jumped from our lab into an industrial lab and now there are pilot products all over the world. Governments around the world and probably more than 100 companies are spending billions on researching these materials. So, it probably deserves the superlative of the fastest developing material as well.

内嵌图片 2

  世界首富比尔·盖茨资助研发全世界最薄的石墨烯避孕套,厚度不到现在的一半。

  这幅照片形象地向世人展示什么叫传说中的“ 约炮 ”

     Ultra Thin Graphene Condoms

                          December 16, 2013

Ultra Thin Graphene Condoms Development In one of 

the incredible applications of graphene in the health 

industry, Scientists in the University of Manchester are 

developing ultra thin graphene condoms.  Though current 

condoms are almost excellent barriers of unwanted 

contaminants, they are heavy and thick — which is the 

reason they …


Contact lens image from Shutterstock

News: miracle material graphene has been used to develop infrared sensors, 

which could be inserted into contact lenses and allow the wearer to see in the dark.

 

 Wow,  石墨烯材质制作的隐形眼镜,

    可令你有一双黑暗中红外探测的夜视眼 !

   

   一飞不冲天的


       石墨烯板块沪深股票?


石墨烯板块在2011年曾经成为弱市中的亮点,迄今为止已经调整了两年多。

石墨烯板块的集体“暴动”,得益于两大重磅消息:其一是,石墨烯入选欧盟未来技术项目,将获得巨额投资;其二是我国科技部表态,支持石墨烯创新。

日前,欧盟委员会宣布石墨烯和人脑工程两大科技入选“未来新兴旗舰技术项目”,并分别设立专项研发计划。据悉,每项计划将在未来10年内分别获得10亿欧元的经费。

同时,经过数年探索,国内石墨烯技术终于有了突破性进展。2013年1月22日,中科院重庆研究院实验室研发出国内第一款15英寸的石墨烯触摸屏。

中科院重庆研究院微纳制造与系统集成研究中心副主任史浩飞表示,石墨烯只有0.34纳米厚。粗略估计,一根头发丝的直径大概等于十万层石墨烯叠加起来的厚度,所以用肉眼是看不见石墨烯的。石墨烯自身只吸收约2.3%的光,能够做到几乎完全透光,让触摸屏亮度更好。同时,还能保证很高的电导率,这对于过去那些触摸屏材料来说,是难以同时解决的。

他认为,石墨烯的应用将给手机、平板电脑带来较大的变化,如果手机、平板电脑上的其他部件和材料也得到相应改进,也许未来5~10年,手机、电脑的显示屏就可以真正实现可折叠。

据中科院重庆研究院透露,研究院正在与一些风投机构商谈,力争让石墨烯产品早日实现量产。

石墨烯板块风起云涌

目前A股有石墨烯概念的上市公司有金路集团(行情股吧买卖点)、力合股份(行情股吧买卖点)、方大炭素(行情股吧买卖点)、中钢吉炭(行情股吧买卖点)、中国宝安(行情股吧买卖点)、华丽家族(行情股吧买卖点)、乐通股份(行情股吧买卖点)等。

1月,石墨烯多只概念股表现抢眼。如金路集团在短短几个交易日之中,从5元多拉至8元多。去年12月初以来股价翻倍的乐通股份除了有高送转概念外,也与其1月份接连公告称加快石墨烯研发有关。1月30日,石墨烯板块个股更是集体“爆发”,其中金路集团涨停,华丽家族大涨7.48%,中钢吉炭和力合股份涨幅也超过5%。

国海证券(行情股吧买卖点)一位新材料行业研究员表示,A股市场涉及石墨烯概念的公司众多,整个产业链条中,最有含金量的过程是石墨烯的制备。对于其他相关公司,则要具体分析,诸如方大炭素等生产的材料石墨,投资者很容易将其与石墨烯混淆,只有等到产业较为成熟时,该公司才会明显受益。而诸如有石墨矿的中国宝安,最早开始炒作的石墨矿其实并不值钱,真正值钱的是在石墨矿中提炼出来的石墨烯。目前来看,石墨烯产业化规划最清晰的是金路集团,而华丽家族目前未涉及石墨烯项目,但其大股东旗下的宁波墨西科技公司的产业前景值得期待。

目前,国内上市公司中一些公司已经从事石墨烯领域的研究,并已经取得了一些专利。一是主业为电子设备和器件制造的力合股份,主要学术支持是深圳清华大学研究院;二是中国宝安控股的深圳市贝特瑞新能源材料股份有限公司,科技支持为深圳贝特瑞新能源材料研究院;三是金路集团,科技支持是中国科学院金属所。这些公司的前景会随着石墨烯的研发突破而有所突破。

内嵌图片 1


    价格将飞抵月亮的

        石墨烯板块股票?

Graphene is a one-atom-thick sheet of carbon atoms arranged in a honeycomb (hexagons or chicken-wire) crystal lattice. Researchers started to study Graphene in 2004, and since then they have found dozens of potential applications and exciting properties of this wonder material. Graphene is set to revolutionize a lot of industries, including sensors, batteries, conductors, displays, electronics, energy generation, medicine and more.

Graphene is the strongest material ever developed - 200 times stronger than steel and tougher than a diamond. It's also the world's thinnest material, and it is flexible and transparent. Graphene is also the best heat and electricity conductor. As can be expected, the research community is very excited about this material, and the business world follows suit. The commercialization of graphene is just in its infancy, but already dozens of new companies have been established to develop graphene based material, graphene production processes and other related activities.

Investing in a pure-play graphene company is not easy, as almost all of these companies are currently privately held. As we said graphene is still an early stage play and so all those graphene companies you can in find our index are usually small and young startups.

Pure-play graphene companies

Haydale logoThere are several pure-play graphene public companies, most of them based in the UK.Haydale (AIM:HAYD) develops and markets carbon materials under the HDPlas brand. The company currently focuses on graphene, CNTs and zinc nanomaterials, and also developed metal-free graphene-based inks. In October 2013 we posted an article explaining Haydale's business and technology.

Applied Graphene Materials logoApplied Graphene Materials (previously Durham Graphene Science) was established in 2010 as a spin-off from Durham University to develop a new graphene synthesis method and produce graphene materials. AGM's technology is a unique patented scalable 'bottom-up' CVD approach to produce graphene. In 2013 the company announced plans to go public and list on the UK's AIM stock exchange.

Carbon Sciences logoCarbon Sciences is developing a graphene production process technology that was originally invented at the University of California, Santa Barbara (UCSB). The process transforms natural gas into commercial size sheets of graphene that can be fine-tuned with application-specific electrical and materials properties. Carbon Sciences is a public company trading on the NASDAQ (OTC:CABN).

Cientifica logoCientifica (AIM:CTFA) started trading in October 2013 when they raised only £241,000 ($389,000) to invest and acquire graphene application businesses. They have an option toacquire 49.9% in RainMaker and are also collaborating with London Graphene. In 2014 the company wanted to raise more funds but failed, and it seems that trade in the company stock has halted.

Graphene 3D Labs logoGraphene 3D Labs (TSX:GGG) is focusing on development of high-performance graphene-enhanced materials for 3D printing. The company was spun-off Graphene Labs with support from Lomiko Metals (who holds 15% of the company). In August 2014 graphene 3D Labs went public after a reverse merger with Matnic Resources.

Large companies

Several large and public companies (such as SamsungIntelNokiaIBM and Sony) are involved in graphene research. While their research may be advanced (Samsung holds the largest graphene patents in the world), graphene represents a small portion of their business. Even if graphene fulfills its promise, it's hardly likely to change the company's business and revenues in any major way.

Graphene production equipment

Producing graphene is very challenging, and no one is mass producing the material yet. Some companies, however, offer some tools used in the manufacturing process, and these companies may enjoy a sales boom if/when graphene takes off. But remember that graphene producing equipment represents just one segment of these company's business.

Aixtron logoAixtron AG is a provider of deposition equipment to the semiconductor industry who offers the BM Pro systems (previously called Black Magic systems). BM Pro systems can be used to deposit graphene using both chemical vapor deposition (CVD) and plasma enhanced chemical vapor deposition (PECVD). Aixtron trades in the NASDAQ (ticker:AIXG).

CVD logoCVD Equipment Corporation (a NY,US based company) offers a variety of process and support equipment, for both R&D and production facilities. CVD is offering graphene materials and other services for graphene production and processing. The company is alsoco-developing graphene-based lithium battery electrodes with Norway's Graphene Batteries. CVD Equipment trades in the NASDAQ (ticker: CVV).

Graphite mining companies

Our next suggestion is to invest in companies involved with Graphite - which is actually a stake of graphene sheets. Graphite is used today in many applications and is already a big market. Some of these companies are also eyeing graphene - planning to start graphene production or investing in graphene related companies. Here are some graphite related companies that has some direct ties to graphene as well:

Bora Bora Resources logoBora Bora Resources (based in Australia) is a graphite exploration company with a suite of high grade graphite projects in Sri Lanka. In June 2014 Bora Bora Resources signed into a binding heads of agreement with Sri Lanka's RS Mines (a graphite miner that also produces graphite oxide (GO). BBR is also collaborating with Monash University on a graphene project. BBR is a public company, trading in the Australian Securities Exchange (ASX: BBR).

Focus Graphite logo

Focus Graphite (based in Canada) is a mid-tier junior graphite mine developer and technology developer company. Focus Graphite owns the highest-grade (roughly 16%) technology graphite resource in the world (at Lac Knife in Quebec). The company owns 40% of Graphene startup Grafoid (these two companies are also collaborating on R&D). Focus Graphite trades in the Canadian market and in the OTC market (ticker: FCSMF).

Mason Graphite logoMason Graphite (based in Canada) is a Canadian mining company focused on the exploration and development of its 100% owned Lac Gueret graphite project in northeastern Quebec. In January 2014, Mason Graphite acquired 40% of graphene R&D company NanoXplore. Mason Graphite trades in the Toronto stock exchange (ticker: LLG).

Northern Graphite logoNorthern Graphite Corporation is a Canadian mine development company, and its main asset is the Bissett Creek graphite project located 100km east of North Bay, Ontario. The company is alsoinvolved with Graphene research. NGC trades in the Canadian stock exchange (ticker: NGC) and in the OTC (ticker: NGPHF).

National Graphite Corporation logo

National Graphene Corporation: a US company that is focused on bringing the Chedic Graphite Mine back into commercial production. In June 2013 they signed an agreement with American Graphene to jointly explore graphene opportunities and employ a new sonication process to reduce graphite to graphene. The company is public and trades in the OTC (OTCQB: NGRC).

Lomiko Metals logoLomiko Metals: an exploration-stage Canadian company that aims to acquire and develop mineral resources in Canada. It primarily explores graphite, zinc and gold. Lomiko owns several resource properties containing high-grade graphite, and the company has signed a strategic alliance with Graphene Labs to co-develop a vertically integrated graphene supply chain, holds 15% in Graphene 3D Labs, and it also plans to establish a graphene R&D department. Lomiko Metals is a public company, trading in the TSX (ticker: LMR.V).

GrafTech logoGrafTech International is a global company with more than 120 years of experience in the carbon and graphite industry. GrafTech makes an expanded natural graphite foil that keeps most of graphene's properties (thermal, electrical, and possibly acoustic). The company says that their graphite-foil is used in many devices, including the iPhone and Samsung's new TVs. The company is public and trades in the NYSE (ticker: GTI).

American Graphite Technologies logoAmerican Graphite Technologies (AGT) is a mineral exploration and technology development company. AGT has 100% ownership of 100 mineral claims in Quebec, Canada (close by to Focus Graphite's proven graphite resource). AGT is also involved with graphene related technologies and is partnering with CTI Nanotechnologies LLC. AGT is trading in the NASDAQ (OTCBB: AGIN).

Australia-based Talga Resources holds a high-grade graphite mine in Sweden (in addition to gold and iron mines in Australia). The company is also producing graphene on a very small scale, but may become a full-scale graphene producer (in a Sweden-based plant).

China Carbon Graphite Group logoOur final graphite company is Carbon Graphite Group, based in Chengguan Town (Xinghe). CCG manufactures and sells graphite-based products in China. CCG's products include graphite electrodes, fine grain graphite blocks and high purity graphite. CCG is also active with graphene technology research. CCG is trading in the NASDAQ's OTC market (ticker: CHGI).


Graphene is an emerging technology, but the industry and market is already very much alive. Our comprehensive graphene company listing includes over a hundred companies in several categories. Click on any of the categories below to browse our extensive catalog, or use the map below to find graphene companies nearby.

Graphene producers

Graphene producersCompanies that focus on producing graphene and related materials

Graphene suppliers

Graphene suppliersCompanies that supply graphene and related materials.

Application developers

Graphene application developersCompanies that develop graphene based products

Manufacturing equipment

Manufacturing equipment makersGraphene R&D and production equipment makers

Graphite mining

Graphite mining companiesThese companies mine graphite and are also involved with graphene

Related companies

Related companiesCompanies that provide services or products to the graphene industry

   习大大牵线,华为终于圆了石墨烯梦


石墨烯 Graphene 揭密. 习近平参观石墨烯研究院

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作者:Pascal 留言时间:2015-11-05 09:43:03
George:

这个看来是较靠谱的一个趋势,估计几年之内即可成熟,5年之内将非常成熟普
及。我是5年之内绝不换车了。我在中国打的很多就是电瓶车,感觉不错,噪音
低、车开得稳。Pascal你新买的那辆SUV闹不好就是你此生最后一辆油动车了。

沙特中东好日子到头了。老毛子也不得不向山姆大叔下跪低头了。今后世界大
趋势仍明显是西风压倒东风。

Gregory ( Beijing ):

啊?!

这个行业是刚刚落水的股市奇人徐翔的重点板块。
回复 | 0
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