UHMWPE Chemical Hose Ultra High Chemical And Solvent Resistance

Short Description:


  • UHMWPE Chemical Hose Structure:
  • Inner tube: EPDM, white and smooth with ultra high molecular weight PE lining
  • Reinforce: multi ply of high tensile synthetic yarn
  • Cover: EPDM, blue and smooth, chemical and weather resistant
  • Temperature: -40℃-120℃
  • Product Detail

    Product Tags

    UHMWPE Chemical Hose Application

    It’s used to transfer a variety of chemicals and acids. While it can transfer 98% of the chemicals. Besides, it can transfer many petroleum products and oils.

    Description

    What is ultra high molecular weight PE?
    Ultra high molecular weight PE is the PE with over 1 million molecular. While it is a new thermoplastic material with great properties. It almost integrates all the advantages of plastics. Compared with other plastics, it has unique abrasion, corrosion and impact resistance. Besides, it’s nontoxic and will never stick. Thus it’s the first choice to transfer solid material, gas and slurry.

    UHMWPE Chemical Hose Features

    low energy consumption
    The roughness factor of such chemical hose is just 1/2 of steel hose. Thus the flow of UHMWPE chemical hose is larger than steel pipe with the same size. Besides, it can save 25% energy with a same flow.

    Abrasion resistant
    The abrasion resistance is 4-7 times of steel pipe. While it’s about 27 times of stainless steel.

    Corrosion resistant
    UHMWPE has extremely high chemical stability. Thus it can bear the corrosion from acid, alkali and solvents. So it can also used for water supply under marine and acid water transfer.

    Safe and eco-friendly
    UHMWPE has been proved that it’s environmental protecting material. Besides, it’s nontoxic to human.

    Temperature resistant
    UHMWPE chemical hose can work at -40℃ for long term. Besides, it remains flexible in cold weather. However, over high temp will change the chemical ability. In fact, the higher the temp is, the larger the corrosion will be. Thus it will reduce the resistance to chemicals.


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