NANOPOLY

NANOPOLY

What is NANOPOLY?

NANOPOLY is a series of high-performance nano-composite compounds engineered by integrating advanced carbon nano-materials into base resins such as Polyamide, PBT/PET, POM, ABS, and PP. This synergy results in exceptional electrical conductivity and superior mechanical structural integrity. Designed for high-tech precision, NANOPOLY is the ideal solution for demanding applications in the semiconductor and aerospace industries.

For technical data or further inquiries, please contact our representative: Phone: +82-54-555-6250
Index Grade Description Application
Polyamide 6 (ESD Compounds) ATC30000 Surface Resistivity 10^9~11 Conductive Sheet, Rod
ATC33000 Surface Resistivity 10^7~9 Conductive Sheet, Rod
ATC35000 Surface Resistivity 10^5~6 Conductive Sheet, Rod
ATC50000 Surface Resistivity 10^2~4 Conductive Sheet, Rod
POM (ESD Compounds) PTC74000 Surface Resistivity 10^9~11 Conductive Sheet, Rod
PTC75000 Surface Resistivity 10^6~8 Conductive Sheet, Rod

Process

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Applications

  • ABS + Metallic Compound
    POM+CNT (10^8~10)
  • PA + Metallic Compound
    POM+CNT (10^5~6)
  • ABS + Metallic Compound
    PA6+CNT (10^7~8)

Definition of Nano

Nano particle (1nm)
1nm

Nano is.. 1nm × bil. = 1m

1m

Earth

History of Nano

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Properties of Carbon Nanomaterials

  • SWNT

    < Single-walled CNT Φ 0.7–1.5nm (SWNT) >

    Possesses excellent mechanical strength and electrical conductivity

    Disadvantage: High cost (US $500/g)

  • MWNT

    < Multi-walled CNT Φ 3–50nm
    (MWNT) >

    Capable of mass production

    Widely used with costs under US $100/kg

  • Graphene

    < Graphene >

    Superior mechanical strength and electrical conductivity

    Mass produced by a select few domestic manufacturers

NANOPOLY Applications : Conductivity 10^3~10^9

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