Juna New Energy and OCSiAl signed a cooperation agreement

Categories:Company news
Author:Taizhou Juna New Energy Office
Origin:
Time of issue:2015-12-21 16:43
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(Summary description)Recently, Juna New Energy and OCSiAl signed a cooperation agreement. The two parties will carry out comprehensive cooperation in production, application, technology transfer, and high-tech material trade. OCSIAL is a high-tech enterprise supported by the Russian government specializing in the research of carbon nanotubes and various new materials. It has built the world's largest single-wall carbon nanotube synthesis factory. Based on the progress of plasma chemistry and physics, OCSIAL has made a breakthrough in the industrial production of single-walled carbon nanotubes (non-CVD method and arc method). The product has low cost and excellent quality, and can be used in lithium batteries, resins, tires, etc. OCSIAL's main product, TUBALL, consists of single-walled carbon nanotubes with extremely low "finished" impurities (≥75% SWCNT content) and requires no further purification in most applications. TUBALL has unique physical properties that increase the strength, electrical and/or thermal conductivity of most materials, including polymer composites, rubber, metals and many others. Unlike multi-wall carbon nanotubes, carbon fibers and most types of carbon blacks, TUBALL can significantly improve material properties after adding 0.001%-0.1% by weight.

Juna New Energy and OCSiAl signed a cooperation agreement

(Summary description)Recently, Juna New Energy and OCSiAl signed a cooperation agreement. The two parties will carry out comprehensive cooperation in production, application, technology transfer, and high-tech material trade.
OCSIAL is a high-tech enterprise supported by the Russian government specializing in the research of carbon nanotubes and various new materials. It has built the world's largest single-wall carbon nanotube synthesis factory. Based on the progress of plasma chemistry and physics, OCSIAL has made a breakthrough in the industrial production of single-walled carbon nanotubes (non-CVD method and arc method). The product has low cost and excellent quality, and can be used in lithium batteries, resins, tires, etc. OCSIAL's main product, TUBALL, consists of single-walled carbon nanotubes with extremely low "finished" impurities (≥75% SWCNT content) and requires no further purification in most applications. TUBALL has unique physical properties that increase the strength, electrical and/or thermal conductivity of most materials, including polymer composites, rubber, metals and many others. Unlike multi-wall carbon nanotubes, carbon fibers and most types of carbon blacks, TUBALL can significantly improve material properties after adding 0.001%-0.1% by weight.

Categories:Company news
Author:Taizhou Juna New Energy Office
Origin:
Time of issue:2015-12-21 16:43
Views:

Information

Recently, Juna New Energy and OCSiAl signed a cooperation agreement. The two parties will carry out comprehensive cooperation in production, application, technology transfer, and high-tech material trade.
OCSIAL is a high-tech enterprise supported by the Russian government specializing in the research of carbon nanotubes and various new materials. It has built the world's largest single-wall carbon nanotube synthesis factory. Based on the progress of plasma chemistry and physics, OCSIAL has made a breakthrough in the industrial production of single-walled carbon nanotubes (non-CVD method and arc method). The product has low cost and excellent quality, and can be used in lithium batteries, resins, tires, etc. OCSIAL's main product, TUBALL, consists of single-walled carbon nanotubes with extremely low "finished" impurities (≥75% SWCNT content) and requires no further purification in most applications. TUBALL has unique physical properties that increase the strength, electrical and/or thermal conductivity of most materials, including polymer composites, rubber, metals and many others. Unlike multi-wall carbon nanotubes, carbon fibers and most types of carbon blacks, TUBALL can significantly improve material properties after adding 0.001%-0.1% by weight.