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Amine-Modified Polyether Acrylate (PEA Synergist)

Amine-modified polyether acrylate (PEA) is a reactive amine synergist oligomer that dramatically enhances the surface cure and through-cure of UV printing inks by scavenging oxygen radicals and co-initiating via hydrogen abstraction, dramatically reducing the oxygen-inhibition effect that limits cure at the ink surface. PEA synergists are reactive and non-extractable after cure, making them preferred over small-molecule amine co-initiators in food-adjacent UV ink applications.

Technical Specifications

appearancePale yellow to amber liquid
viscosity (mPa·s)200–2000 (25 °C)
acid value (mgKOH/g)≤5
amine value (mgKOH/g)50–200
double bond content (mmol/g)1.5–4.0

Applications

  • Surface-cure enhancer in UV offset ink formulations
  • Oxygen-inhibition reducer in UV flexo inks
  • Co-initiator in UV screen and digital inkjet inks
  • Reactive synergist in UV LED-curable coating systems
  • Low-migration UV varnish component

Key Features

  • Effectively overcomes oxygen inhibition for fast surface cure
  • Reactive oligomer: covalently incorporated—minimal migration risk
  • Improves cure speed at lower photoinitiator loading
  • Compatible with EA, PU, and polyester acrylate oligomers

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Amine-Modified Polyether Acrylate (PEA Synergist)

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