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CARBON NANOTUBE
Carbon Nanotube
Carbon Nanotube is a new material discovered by a Japanese Professor Iljima in 1991 while analyzing a carbon mass that was formed on the cathode of graphite using the electric discharge method. K-Nanos series have good dispersibility in polymer base and solution and the high-density product improves production environment by reducing the scattering and has a great quality stability.

Usage

  • High-strength composite material
  • Electroconductive composite material (ESD, EMI)
  • Heat-resistant composite material
  • Electrode for secondary battery
  • Transparent electrode

Characteristics of CNT

  • Diameter : A few - tens of mm
  • Length : Tens ofnm ~ tens ofum
  • Better electroconductivity, thermal conductivity,
    and mechanical strength than normal metal
테이블
Item Physical Property Comparison
Elastic Modulus 1~2 TPa 7 times of steel
Tensile Strength 30~180 GPa 100 times of steel
Electroconductivity 6,000 S/cm 1,000 times of copper wire
Thermal Conductivity 6,000 W/m∙K 2 times of diamond

Characteristics of K-Nanos Series

테이블
Classification Unit Value Measurement Method
Type Bundle SEM
Bundle Diameter 3 ~ 15 SEM
Purity % TGA
Bulk Density
(K-Nanos-100P/100C)
0.015~ 0.030 Tapping Method
Bulk Density
(K-Nanos-100T)
0.06~0.14

Performance of K-Nanos Series

1) Result of PC/ABS Composite Material

2) Result of Rubber Composite Material

테이블
Loading/Method 1phr 2phr 3phr 4phr 5phr
Typical process
High Dispersion process

3) Result of PE Composite Material

4) Result of Dispersed Liquid

Person in Charge

테이블
Division Region Name TEL EMAIL
Sales Jiwon Kim  +82-2-6961-1722 mail
Sales Hyuntae Kim +82-2-6961-1721 mail
Sales Jaehyung Park +82-2-6961-1723 mail
Sales Seounggyun Oh +82-2-6961-1724 mail
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