ARPRO - Technical Grades

Anti-static


Static Control for Moulded Packaging Material Applications

Plastics are typically very poor conductors of electricity, making them ideal for electrical insulation. Thermoplastic polymers such as ARPRO® EPP have a surface resistivity measuring from 1012 to 1016 ohms per square, which is characteristic of a poor conductor of electrical charge.

For some applications, this surface resistivity can result in the build up of a static electrical charge, which under certain circumstances can result in the discharge of a static spark.

Applications where static sparks can be hazardous include:

  • Continuous processing plants
  • Electronic / electrical equipment manufacturing
  • Food packaging
  • Healthcare services
  • Military hardware and electronics.

The solution is "anti-stat" material, also referred to as ESD (electro static discharge) packaging foam, or static dissipative foam.

ARPRO® Anti-Static is used for moulding and fabricating packaging materials used for sensitive electronic equipment and other products where static discharge is undesirable. ARPRO® Anti-Static contains additives that reduce surface resistivity to a range from 109 to 1012 Ω/surf, and promote rapid static decay to protect against sparking.

In addition to electrical shock protection from static discharge, the material is unaffected by the treatment. ARPRO® Anti-Static maintains its ability to provide a high degree of  vibration dampening and energy absorption, multiple impact resistance, thermal insulation, water / oil / chemical resistance, lightweight and moulding to precise shape.

JSP can produce anti-static ARPRO® foam products along a scale of surface resistivity. Please contact us to discuss your specific requirements.

 

Anti-static

Static control for moulded packaging material applications

Dissipative

A higher degree of static protection for moulded packaging

Conductive

For packaging materials where optimum static control is critical

Low Emission

Reduced emissions for auto interior components

Small Beads

For enhanced detail and precision in moulded products

High Density

For maximum compressive strength, energy absorption and structural integrity