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CARBON ChG Ltd.
Production of single walled carbon nanotubes (SWCNT) from electric arc synthesis, and of the related products (powders, pastes, and colloid solutions) of various purity (with nanotubes weight content being ~50-60, 80-85 and >99%) with a wide range of consumer properties for using in composite materials, fuel cells, power supercapacitors, as nanomodifiers for polymeric binders, in electronics and optics.
Competitive advantages
Specific features of the electric arc technology of SWCNT stock are as follows:
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Electric arc installation of special design provides a semi-automatic mode of operation with the minimum participation of an operator;
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Design and technology solutions provide the increase of the condensation product yield up to 35% of the evaporated electrode weight, with keeping a high quality of single walled carbon nanotubes;
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At present, the electric arc process is the most efficient for synthesis of single walled carbon nanotubes;
Areas of application
✔ Space technologies and aircraft industry: construction materials (polymers, prepregs, protective coatings)
✔ Medical technologies:
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orthopedic and dental implants
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biosensors of diagnostic devices
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molecules transfer for delivery of drugs to the cell, e.g. in the therapy of oncological diseases
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nano-syringes
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adoptive immune therapy
✔ Defense industry:
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construction materials for technical equipment
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bullet-proof vests, helmets, and special suits
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components for systems reflecting and absorbing electromagnetic radiation in a wide range of wavelengths
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dyes providing increased coating hardness and elasticity
✔ Energy efficiency and energy saving:
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catalysts substrates in fuel cells
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ultracapacitors,
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anodes in lithium-ionic batteries
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autoelectronic emitters
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energy converters
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Field Emission Display
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sensors and nanoprobes
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thin-film transistors, nano-diodes, nano electrical wires, memory sticks
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protective coatings in automobile production and shipbuilding (anticorrosion, fireproof, reducing hydro resistance, preventing biological encrustation)
Contact us:
Director: Alexander V. Radugin
Address: 1, Acad. Semenov Av., 142432, Chernogolovka, Moscow Region.
Tel.: +7(496-52)21319, +7(903) 274-13-08
e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.
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