Polycarbonate Films
Build your Secure Documents on
Solid Foundation
Polycarbonate (PC) is a high performance thermoplastic with significant properties such as excellent transparency, thoughness, dimensional stability and thermal stability.
Exim offers these excellent properties to the Global card market to achieve best performance in/during Security & ID Card production. The Polycarbonate Films are available in both roll and sheet format with a wide thickness range.. Exim portfolio includes transparent laserable layer, co-extruded layers, white core layers, and a transparent nonlaser overlay grades for the cover or intermediate layers. Optionally Exim offers Antistatic-Antidust Polycarbonate  films.

Exim’s R&D department puts highest effort on developing existing and new Polycarbonate films in its own test laboratories. The Polycarbonate Films  are generated to improve consumers’ productivity significantly.
Thanks to the ability of Polycarbonate itself,
lamination without using adhesives;  Security& ID card manufacturers can laminate all layers together perfectly to card format with highest durability without risk of easy delamination. The special formulation of  the Polycarbonate Film provides the best lamination, durability and laser engraving performance to its users with numerous advantages besides its long service life time which is approved by accredited test companies.
  • National ID cards
  • Drivers’ licenses
  • E-passport data pages
  • Residence permits
  • Military and police IDs
  • Smart cards inlays
  • Tachometer cards
  • Healthcare cards
  • Government employees ID
  • Student ID card
  • Best Durability Performance
  • Unique laser markability
  • Excellent electrical insulation properties
  • Excellent chemical and impact resistance
  • Low shrinkage
  • High temperature resistance
  • Excellent lamination performance
  • Tight gauge tolerance for controlled stack tolerance after lamination
  • High printing quality and comply with offset printing technics
  • Excellent hologram application
  • Optimized different surface roughness options