• POLYMER
    Typical plastic raw materials which are
    widely used in everyday life.
  • BASE CHEMICAL
    Highly purified basic petrochemicals
    and base chemicals.
  • ENERGY
    Various energy products in
    everyday life.
MONOMER
  • TEG
    Raw material for synthetic resins.
    (Raw material for synthetic resins.)
    Ethylene oxide (EO) is produced by oxidation reaction of ethylene, and EO is reacted with water to produce ethylene glycol (EG) as a colorless liquid. It is a colorless, odorless liquid product at room temperature.
    USAGE
    Raw material for synthetic resins.
  • SM
    SM
    (Stylene Monomer)
    SM is produced by reacting ethyl benzene synthesized with benzene and ethylene as raw materials. It's a liquid product with a unique odor at room temperature.
    USAGE
    Raw materials for PS, SBR, and ABS.
  • PGPL
    The raw material of PP.
    (The raw material of PP.)
    It is produced in the form of a C3 unsaturated organic compound by pyrolyzing naphtha with ethylene. It is a colorless gaseous product at room temperature.
    USAGE
    The raw material of PP.
  • MEG
    Antifreeze, polyester's raw material.
    (Antifreeze, polyester's raw material.)
    Ethylene oxide (EO) is produced by oxidation of ethylene, and EO is reacted with water to produce ethylene glycol (EG), a colorless liquid. It's a colorless, odorless liquid product at room temperature.
    USAGE
    Antifreeze, polyester's raw material.
  • HPEO
    Ethylene oxide
    (Ethylene oxide)
    Ethylene oxide (EO) is produced by oxidation of ethylene. It is a colorless gaseous product at room temperature with high sterilization and insecticidal power.
    USAGE
    Gas sterilizers such as medical equipment and packaging containers.
  • EL
    The raw materials of PE and PVC
    (The raw materials of PE and PVC)
    It is produced in the form of a C2 unsaturated organic compound by pyrolyzing naphtha or LPG It is a colorless gaseous product at room temperature.
    USAGE
    The raw materials of PE and PVC.
  • DEG
    Raw materials for Brake fluid, UPR
    (Raw materials for Brake fluid, UPR)
    Ethylene oxide (EO) is produced by oxidation of ethylene, and EO is reacted with water to produce ethylene glycol (EG), a colorless liquid. It's a colorless, odorless liquid product at room temperature.
    USAGE
    Raw materials for Brake fluid, UPR
  • BZ
    Benzene
    (Benzene)
    Benzene is produced through extraction and separated distillation from hydrocarbon oil containing benzenoid produced by catalytic cracking and reforming, similar to toluene and xylene. It's a colorless liquid aromatic product with a sweet odor.
    USAGE
    The raw material of SM.
  • BD
    Butadien
    (BD)
    BD is produced by extracting from mixed C4 resins, by-product from naphtha cracking. It is a gaseous product with unique odors at room temperature.
    USAGE
    Raw materials for synthetic rubber such as SBR and BR.
  • C4RI3
    C4 Raffinate
    (C4 Raffinate)
    C4-R is separated and produced through distillation process from raffinate with 1,3-Butadiene extracted from the mixed C4 resins produced in Naphtha Cracker. It is a gaseous product with unique odors at room temperature.
    USAGE
    MTBE's synthetic ingredients.
PURCHASE
INQUIRY
DEPARTMENT IN CHARGE
Tel : 82.41.660.6190
Email : polymer-sales@hanwha-total.com
INQUIRY ON
TECHNOLOGY
DEPARTMENT IN CHARGE
Tel : 82.41.660.6190
polymer-tech@hanwha-total.com