In today’s industrial environment, there is a growing demand for solutions that combine visual appeal, cost-efficiency, and sustainability. Metal vapor deposition (also known as vacuum metallization) offers exactly this: it allows manufacturers to create metal-like, glossy, premium-looking products from lightweight, economical base materials. But how does this technology work, and why are more and more businesses choosing it?
In the pharmaceutical world, packaging is more than simple protection. It communicates, distinguishes, and builds trust. The introduction of metal-metallized capsule bottles has transformed the market for premium pharmaceutical packaging, enabling products to visually convey the quality and innovation they contain.
Vacuum metallization offers exciting opportunities for manufacturers, enabling the creation of premium-looking products from lightweight, cost-efficient base materials. But which materials serve as a good foundation for this technology? Which plastics can be metallized, and is it possible to apply the process to metal surfaces as well? This comprehensive guide provides clear answers to these questions.
The packaging industry is evolving rapidly, and 2025 is shaping up to be an especially dynamic year. Consumer expectations continue to rise, and meeting the combined demands of sustainability and premium appearance poses new challenges for manufacturers. In this environment, vacuum metallization technology plays a key role—particularly when it comes to specific color combinations.
