Our materials help ensure the originality of ID documents and the protection of personal data. They achieve this by being secure enough to prevent forgery and durable enough to withstand high usage. The result is highly effective anti-counterfeit documents, which can be tailored to the specific security needs of any given organization.
Our Makrofol® ID polycarbonate films enable the incorporation of a wide range of security features in ID documents: High contrast laser-engraving can be combined with differentiated security features and integrated chips. And multiple layers of film can be inseparably bonded - offering unsurpassed protection. Our Makrofol® ID and Platilon® ID films can be used in synergy to construct robust, highly secure passport data pages and hinges. Platilon® ID thermoplastic polyurethane films bond well with polycarbobate films and result in long-lasting security documents. The melt behavior and flexibility of Platilon® ID is ideally suited to protecting integrated chips and antennas. And Bayfol HX® allows for the inclusion of holograms in labels and identity documents as an additional anti-counterfeiting measure.
Peace of mind: High-quality holographic films that help prevent counterfeiting
Our Bayfol® HX photopolymer film enables the building of anti-counterfeiting holographic features into security items such as brand protection labels and security documents. This makes these items incredibly hard to fake. The multilayered laser recording film is ideal for industrial roll-to-roll processing. Compared to standard technologies, our product is customizable and easily integrable into polycarbonate cards using standard processes. In addition, we provide comprehensive application development support to our customers to help achieve the best possible results.
Ultra-durable: Provides excellent bending and tear-resistance.
Efficiency: Reduction of thickness to an absolute minimum for less material consumption and cost savings.
Customizable: Tailored security solutions according to your specific requirements.
Forgery-proof: Materials offer high laser-reactivity and high protection of chips and antennas.
Easy to process: Compatible with standard printing processes and a wide range of operating temperatures - and easy to laminate.