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R&D Center

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    Organization

    As a future-oriented R&D research system preparing for the next generation,
    we develop materials and parts that have excellent performance which are widely applicable to the semiconductor business, equipment and device industries.

    제품소개
    Research center
    • 아이콘 New technology development
    • Preceding research
    • New technology development
    • 아이콘 Product design
    • Mold design
    • Processing technology development
    • 아이콘 Manufacturing technical support
    • Process improvement
    • Product production technical support
    • Prototype production
    ROADMAP

    Material Development

    제품소개 그래프

    SPECIAL
    GRADE
    Development
    Strategy

    • OIL &
      GAS APPLICATIONS
      ED (Explosive)
      RGD (Rapid Gas
      Decompression)
    • OIL & O-ring
      For Low Temp. Process
      LT Grade O – ring
      (process temperature : -60°C ~ -20°C)
      FFKM, FKM
    • Anti – Sticky
      O-ring
      High-temperature FFKM with low adhesion to metal and process temperature.

    New product
    development method

    • Government research project
      government research project in progress
      (May 1st, 2022
      ~ April 2024)
    • Joint development with partner companies
      3M Research Center
    • Joint development by external experts
      Chung-Ang University
      Chungnam National University
      inorganic filler & curing agent synthesis company
    Applications

    For Semiconductor
    Display Industry

    적용분야

    High temperature stability

    Low erosion rate and particle
    Generation in oxygen and fluorine
    Plasmas

    Almost universal chemical resistance

    Applications

    Chemical Processing
    Industry

    적용분야

    Anti Explosive Decompression

    Anti Rapid Gas Decompression

    Applications

    Oilfield Industry
    Diesel & Gas Engines

    적용분야

    Low Friction and Self lubrictation

    • SEM / EDS
    • TGA
    • MDR / MV
    SEM/EDS

    SEM/EDS

    A SCANNING ELECTRON MICROSCOPE (SEM) is
    a type of electron microscope that detects secondary electrons generated by colliding high-energy electrons on the surface of a sample to take an enlarged image.

    ENERGY-DISPERSIVE X-RAY SPECTROSCOPY (EDS) is
    a technique used to analyze the components or chemical characteristics of a sample.
    By detecting the X-rays emitted by the interaction between the sample surface and the electron beam, chemical components each having a unique energy value are qualitatively and quantitatively analyzed.

    1) Example of SEM/EDS Analysis in FFKM

    SEM/EDS
    SEM/EDS
    SEM/EDS
    C O F Si Ti
    Normal 003 20.94 4.95 74.11
    004 20.47 4.21 75.31
    Aver 20.71 4.58 74.71
    Impurity 012 19.00 9.07 64.34 3.10 4.48
    013 19.87 5.70 70.64 1.64 2.16
    Aver 19.44 7.39 67.49 2.37 3.32
    TGA

    TGA

    TGA(THERMOGRAVIMETRIC ANALYSER) is
    an analysis equipment that measures the change in weight caused by heating the sample.
    Based on the weight change data according to the finally obtained temperature change, the thermal stability of the sample or the content of polymer and carbon black can be measured.

    1) Applications

    • Thermal stability
    • Oxidation and Combustion
    • Thermogravimetric kinetics
    • Equipment : TA instrument, TGA550
    • Condition : N2 → Air @ 600℃
      * Equilibrate 100℃ under N2 →
      Ramp 20℃/min to 400℃ →
      Ramp 10℃/min to 600℃
      * Change the gas to Air @ 600℃ →
      Ramp 10℃/min to 800℃
    TGA
    MDR / MV

    MDR

    MOVING DIE RHEOMETER(MDR) is
    used to analyze the curing characteristics of rubber compounds.
    The torque value applied to the rubber compound at a specific temperature is measured, and the curing characteristics of the rubber can be identified according to the torque value.

    MDR

    MV

    MOONEY VISCOMETER is
    used to check the MOONEY VISCOSITY of rubber.
    This equipment, invented by MELVIN MOONEY, digitizes the torque value measured at this time by wrapping the spindle with a rubber sample and rotating the spindle at a specific temperature.

    MV