New product concept

New plasticizing technology for polyolefins: Outstanding control of the softness and no migration!

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Type of Solution sought


Innovative Metallocene Amorphous Polypropylene grades with narrow tacticity distribution have been designed to enhance the softness and subsequently the performance of polyolefin compounds.

Who might be interested?
Compounders and converters interested in:
  • achieving outstanding control of the softness & the plasticizing balance
  • enhancing the mechanical properties by bringing greater ductility and subsequently higher impact strength
  • avoiding and solving issues of migration of the additive to the surface
  • improving the processability of the compounds
Get a chance to be the first to evaluate the new technology!

Description of Desired Solution

Innovative Metallocene Amorphous Polypropylene grades with narrow tacticity distribution have been designed to enhance the softness and subsequently the performance of polyolefin compounds

Detailed Solution Description

The newly developed range of Metallocene Amorphous Polypropylene grades with high molecular weight brings the following benefits :
Benefits
  • Excellent plasticizing effect and balance
  • Outstanding control of the viscosity and the softness
  • No migration vs materials that are easy to separate and migrate to the surface (ex. Polyisobutene)
  • Unique: Excellent transparency
  • Low VOC and low odor
  • Excellent tensile strength and elongation properties
  • Higher Tg compared to benchmark
Metallocene Amorphous Polypropylene
Outstanding elongation properties
PP: 100
PP/Oil: 90/10
PP/New technology: 90/10
High transparency compared to benchmark
PP
PP
PP / New technology
New technology
PP / Polyisobutene
Polyisobutene
PP / Paraffin oil
Paraffin oil
Thickness 1mm
Ratio PP/additive: 7/3
Data in this material concept shows sample figure measured under certain specific conditions
Potential applications
These material characteristics are likely to raise interest in applications such as films or various polyolefin-based goods in need of better impact performance or improved processability
Any other ideas in mind ?