ECR-Fiberglass Direct Roving for LFT-D/G

Short Description:

LFT-D Process

The polymer pellets and glass roving are melted and extruded through twin-screw extruder. Then the extruded molten compound will be molded directly into injection or compression molding.

LFT-G Process

The continuous roving is pulled through a pulling equipment and then guided into melted polymer for good impregnation. After cooling, the impregnated roving is chopped into pellets of different length.

  • Brand name: ACM
  • Place of origin: Thailand
  • Technique: Direct Roving for LFT-D/G
  • Roving type: Direct Roving
  • Fiberglass type: ECR-glass
  • Resin: PP
  • Packing: Standard International Exporting Packing.
  • Application: Producing woven roving,tape,combo mat,sandwich mat etc.
  • Product Detail

    Product Tags

    Direct Roving for LFT-D/G

    Direct roving for LFT-D/G is based on silane reinforced sizing formulation. It's known for excellent strand integrity & dispersion, low fuzz & odor, and high permeability with PP resin. Direct roving for LFT-D/G provides excellent mechanical properties and heat resistance of the finished composite products.

    product specification

    Product Code

    Filament Diameter(μm)

    Linear Density(tex) Compatible Resin Product Features and Application




    400、600、1200、1500、2400 PP Good strand integrity and dispersionLow Fuzz and odor

    High permeability with PP resin

    Good properties of the finished products

    Mainly use in industries of automotive parts,building &construction,electronic & electrical,aerospace etc.



    400、600、1200、2400、4800 PP


    Direct Roving for LFT

    Direct Roving for LFT is coated with silane-based sizing agent and compatible with PP, PA, TPU and PET resins.


    LFT-D: Polymer pellets and glass roving are introduced into a twin-screw extruder where the polymer is melted and compound is formed. Then the molten compound is directly molded into the final parts by injection or compression molding process.
    LFT-G: The thermoplastic polymer is heated to a molten phase and pumped into the die-head. The continuous roving is pulled through a dispersion die to ensure the glass fiber and polymer impregrated completely to get consolidated rods, then cutting into final products after cooling.

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