NC7000 Thin Multiwall Carbon Nanotubes

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货品名： Nanocyl™ NC 7000         

包装规格: 50g

价格（RMB）:￥600

Nanocyl是全球领先的特种科研级和工业级碳纳米管技术（CNT）产品的制造商。借助增值产品、行业领先的研发、先进的生产能力以及世界级支持，我们帮助客户成功地使用纳米技术成就其未来。

Nanocyl的技术集中于碳纳米管的实际应用。我们将碳纳米管融入新的和现有的材料中，从而提高聚合物、金属、复合材料和生物材料的性能。

Nanocyl公司的产品的基础产品是NANOCYL™ NC 7000 Multi-Wall Carbon Nanotube (MWCNT)，目前能购买到的导电效率最好的碳纳米管。

 Nanocyl™ NC 7000 Thin Multiwall Carbon Nanotubes

    薄多壁碳纳米管   Multiwall Carbon Nanotubes

Nanocyl™ NC 7000 is the name of Nanocyl’s innovative Multiwall Carbon Nanotubes. These carbon nanotubes are unique and prized world-wide because their small size and high aspect ratio (>150) lets them form a network of conductivity at a very low concentration.

During their production, Nanocyl uses exclusive catalysts that make the Nanocyl™ NC7000 the most electrically conductive carbon nanotubes available today. NC7000 carbon nanotubes have one of the most perfect chemical surfaces enabling high efficiency in the matrix in which they’re embedded. 

Percolation Curve of Nanocyl™ NC 7000 in Polycarbonate:

NB: Electrical resistivity measurement in accordance to CTM E043 and CTM E402 (Cabot Testing Method), on standard injection molded IZOD specimens, processed according to parameters provided before (General Processing Guide for Injection Molding). 

* Pyrolytically deposited carbon on the surface of the NC7000

NANOCYLTM NC7000 series, thin multi-wall carbon nanotubes, are produced via the catalytic carbon vapor deposition (CCVD) process.

A primary interest is in applications requiring low electrical percolation threshold such as high- performance electrostatic dissipative plastics or coatings.

Pre-dispersed forms are also  available (PLASTICYLTM, EPOCYLTM, AQUACYLTM).

Characterization NC7000

Key Applications

A primary interest is in applications requiring low electrical percolation threshold such as high-performance electrostatic dissipative plastics or coatings.

Industrial NC7000™ carbon nanotubes are used in various applications in different markets:

•Transportation (Automotive, Aeronautic, Boats)

•Electronics (Electronic packaging, EMI-shielding, sensors)

•Energy (Lithium-ion)

•Industrial applications (Oil&Gas, dynamic rubber parts, coatings, heating elements)

•Sport goods

Benefits

•High electrical conductivity

•Good processability

•Retention of key mechanical properties

•Best cost in use ratio

•High recyclability in thermoplastics

•Cleanliness

•Flame retardancy (synergy in combination with other flame retardants)

•Thermal dissipation

•UV resistance

•Black tinting