中国储能网讯：CSiAl 公司在2016年11月14日-16日于新西伯利亚总部举行了2016纳米增强材料产业峰会。在11月16日的媒体会上，OCSiAl总裁Yuri Koropachinskiy告诉记者2015-2016年单壁纳米碳管的销售有40%来自中国。
“针对中国市场, 在锂电领域的销售占了总销售额的40%。现在，我们有40%的TUBALL产出供应到中国。而且我相信我们2017年将会保持这一趋势”Yuri说。他表示中国是全球最大的市场之一，OCSiAl在中国有众多的合作伙伴，如在复合材料领域，塑料，轮胎，锂电领域。
当记者问到他们在中国的下一步发展计划，研发部领导Michael Predtechenskiy表示：“中国无疑是非常有市场潜力的。我们希望进入中国市场，在航天航空材料领域将会对我们的产品有巨大需求。”“我们已经计划在上海建立我们的第三个办事处。对于进一步的计划，未来将有可能会以全资公司或者合资公司的方式在中国进行生产。”他补充道。
OCSiAl公司是世界上第一家可以实现单壁纳米碳管量产的企业.他们的主要产品—TUBALL主要由超低杂质单壁纳米碳管构成，单壁纳米碳管含量高于75%，在产品应用上不需要进一步提纯。TUBALL作为一种广泛适用的添加剂，只增加材料0.001%～0.1%的重量就可以为材料性质带来极大的提升。
40% of OCSiAl SWCNT products were sold to China
OCSiAl held Nano Augment Matrials Industry Summit 2016 in its headquarter in Novosibirsk during November 14 to 16, 2016. On the press release Yuri Koropachenskiy the president of OCSiAl told journalists, 40% of its sales of single wall carbon nanotube (SWCNT) contributed from China, in 2015-2016.
“To the China market, the sales in li-ion battery field accounted for the largest proportion which was about 40% amount TUBALL’s application in other industries. The 40% share of CNT was supplied to China. I believe this proportion will continue in the next year.” said Yuri. He indicated that China is one of the largest markets, and OCSiAl has cooperation partners from China in all fields, e.g. composite, plastics, ties, and li-ion battery.
When journalist asked, what is the next step in China, Michael Predtechenskiy, the head of R&D told, “It is definite huge market potential in China market. We expected to enter Chinese market, and there are huge demands of our product in automotive industry, aeronautics and astronautics industries.” “We will establish the 3rd office in China which located in Shanghai. For further planning, it could be having more own companies or joint companies and manufacturing in China in the future.” Mr. Predtechenskiy added.
OCSiAl is the first company able to mass produce single wall carbon nanotube (SWCNT) in the world. The major product--TUBALL made from OCSiAl consists of single wall carbon nanotubes with an extremely amount of impurities "as produced" (SWCNT content >=75%) and does not require future purification for a majority of applications. It can be used as a universal additive and shows significant improvement in material properties upon addition of 0.001%~0.1% by weight.
