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PP-R RG568MO

PP-R RG568MO Featured Image
  • PP-R RG568MO

Short Description:


  • Price: 800-1000USD/MT
  • Port: Main ports in China
  • MOQ: 24MT
  • CAS No: 9002-86-2
  • HS Code: 3902301000
  • Payment: TT,LC
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    Product Detail

    Description

    RG568MO is a transparent polypropylene random ethylene copolymer based on proprietary Borstar Nucleation Technology (BNT) with high melt flow. This clarified product is designed for high speed injection moulding at low temperature and contains antistatic additives.
    Articles produced from this product have excellent transparency, good impact strength at ambient temperatures, good organoleptic, good colour aesthetics and demoulding properties without plate-out or blooming issues.

    Packaging

    Heavy-duty packaging film bags, net weight 25kg per bag
    Properties Typical Value Units
    Density
    		 900-910  kg/m³
    Melt Flow Rate(230°C/2.16kg) 30
    g/10min
    Tensile Modulus (1mm/min)
    		 1100  MPa
    Tensile Strain at Yield (50mm/min) 12  %
    Tensile Stress at Yield (50mm/min)
    		 28 MPa
    Flexural Modulus
    		 1150
    MPa
    Flexural Modulus(by 1% secant)
    		 1100  MPa
    Charpy Impact Strength（23℃）
    		 6
    kJ/m²
    IZOD Impact Strength, notched (23°C)
    		 50
    kJ/m
    Haze(2mm )
    		 20  %
    Heat Deflection Temperature(0,45MPa)**
    		 75  ℃
    Vicat Softening Temperature(Method A)**
    		 124.5  ℃
    Hardness, Rockwell(R-scale)
    		 92  

    Process Condition

    RG568MO is easy to process with standard injection moulding machines
    Following parameters should be used as guidelines:
    Melt temperature:
    190 - 260°C
    Holding pressure:
    200 - 500bar As required to avoid sink marks.
    Mould temperature:
    15 - 40°C
    Injection speed:
    High
    Shrinkage 1 - 2%, depending on wall thickness and moulding parameters

    Storage

    RG568MO should be stored in dry conditions at temperatures below 50°C and protected from UV-light.Improper storage can initiate degradation, which results in odour generation and colour changes and can have negative effects on the physical properties of this product.More information on storage can be found in Safety Information Sheet (SIS) for this product
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