Product

ARPRO: A Sustainable Material of the Future

Produced by JSP, ARPRO is a global market-leading expanded polypropylene (EPP) foam material with a unique combination of properties. It is a 3D engineering polymer material that delivers energy absorption with high structural strength at very low weight, chemical resistance, as well as thermal and acoustic insulation.

  • A hand written check list of ARPRO material properties

    Market Leading Properties

    ARPRO is a lightweight, strong, and versatile material with exceptional energy absorption, thermal and acoustic insulation, and chemical resistance.

  • Close-up of black ARPRO EPP 5135 rounded shape beads

    A Wide Range of Grades

    ARPRO expanded polypropylene (EPP) material is available in a wide range of grades, offering specific properties, functionality, or appearance for a variety of applications.

ARPRO Material Properties

ARPRO is an excellent, resilient energy management material that withstands multiple impacts without damage and reforms to its original shape.

01.

ARPRO is isotropic, so energy performance is independent of the direction of impact.

  • ARPRO Black beads
  • JSP engineer looking at a CAD drawing
  • BMW i8 door panel made from ARPRO
  • Car production line

Adaptable Across Industries

ARPRO’s unique closed-cell bead foam can be applied to solve numerous problems.

Application by Industry
  • Teaser Automotive

    Automotive

    Helping to reduce both personal injuries & fuel economy.

  • Industrial Packaging Teaser

    Packaging

    Protecting goods from damage during transit.

  • Engineer service air conditioning unit

    HVAC

    Perfect insulation for the heating, ventilation & refrigeration.

  • A man dressed for skiing with an orange jacket, white helmet made from ARPRO and backpack

    Consumer

    Durable, lightweight & sustainable material for consumer goods.

World background

Ready to Challenge Our Engineers?

Our experts can guide you through every stage of product creation — from design and feasibility to final molding. If you can imagine it, we can make it.