Lohia Mechatronik kabra plastic extrusion machinery 用于主机的使用复合线 Lohia-tape-plant Hitco Mamta Reliance-Colymers
Lohia Mechatronik
kabra plastic extrusion machinery
用于主机的使用复合线
Lohia-tape-plant
Hitco
Mamta
Reliance-Colymers

个人文档和身份证的伪造电影解决方案

26-Jun-17

Covestro正在开发使用薄膜的解决方案,以提高安全性并有效地生产卡片。该公司正在2017年SDW展示新的ID卡产品。Covestro作为高价值文档的热塑性膜领先供应商的地位,主要源于该公司不断响应该创新部门的最新趋势的事实。为了满足卡制造商的许多不同需求,Covestro在Makrofol下开发了一系列聚碳酸酯膜®和Bayfol®brands and the Platilon®热塑性聚氨酯膜(TPU)的ID范围。

“Multi-layer TPU films and combinations with polycarbonate films for applications where excellent mechanical strength and durability are crucial are new to our portfolio,” says Georgios Tziovaras, applications engineer in special films at Covestro. One example is the thin fold of passports, which consists of a Platilon®ID composite film and is laminated inside onto the data page. The production process is highly efficient and the composite is also long-lasting. Documents can be opened and closed again any number of times without affecting flexibility or tearing at the fold. As the TPU films soften at temperatures similar to or higher than corresponding polycarbonate Makrofol®制作数据页面的ID产品,它们不能再次彼此分开而不会造成损害。Tziovaras说:“因此,它们不能用于制造新的身份证,因此可以提供出色的防护保护。”
On request, Platilon®ID products can also be equipped with laser-reactive properties to integrate further security features into the fold. As with the polycarbonate data pages, it can also be personalized using standard laser engraving equipment. The thickness of the layers in the composite films, which is thinner than for individual films, also enables greater design freedom. The data page can thus also be made thinner, while nonetheless offering high strength and flexibility. This simplifies the integration of security features, and the thinner data page also saves money.

In ID documents made using Makrofol®ID超级激光聚碳酸酯膜,持有人的数据和照片可以用比标准激光反应性覆盖膜更高的对比度进行激光绘制。数据还集成到核心中,结果是该膜还提供了增强的抗试验保护。个性化比常规生产更快,更具成本效益。这部电影的发展和专利保护的超级激光技术是科维斯特对安全文件市场上最新趋势的回应。

Other innovations include extremely thin white polycarbonate films in the Makrofol®ID range. Thanks to their high opacity, they ensure the underlying chip cannot be seen following lamination. The thin layer of just 30 / 50 micrometers also offers more freedom to incorporate additional layers in the card.

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