Very Long Fiber Polypropylene vs Nylon Literature

Technical Brief

  • Light weightVery Long Fiber Polypropylene vs Nylon
  • Easy to mold
  • Superior chemical resistance
  • Properties not effected by humidity
  • High impact strength
  • Reduced cost
  • Low process and mold temperatures
  • Minimal pre-drying required

Very Long Fiber (VLF) compounds exhibit excellent price-to-performance characteristics and are routinely considered as a cost management alternative to higher density and higher cost reinforced compounds.

Due to lower price, lower specific gravity and comparable physical properties at 50% relative humidity, polypropylene (PP) VLF compounds provide a competitive advantage when compared to glass fiber reinforced nylon (PA) PA6 and PA6/6 compounds. In many applications,

VLF polypropylene compounds can be used as drop-in replacements for nylon compounds because they can meet physical performance requirements, offer processing advantages and can be used in existing molds with little or no alterations. In addition, polypropylene maintains its physical properties in high humidity.

VLF reinforced polypropylene compounds have a lower specific gravity than reinforced nylons, resulting in more parts per lb/kg of material purchased. This cost and weight reduction is appealing to processors and OEM’s trying to reduce costs.

Innovation Bulletin Download Download a print-friendly Very Long Fiber Polypropylene Compounds  innovation bulletin in PDF format.
English | French | German | Portuguese | Spanish


More Information

RTP Company supports the healthcare industry - Click here