Vacuum metallization at Vacumetal

A CO2-friendly alternative to galvanization

Sustainability is a key concern for industries worldwide. Traditional galvanization has a significant carbon footprint. Vacumetal offers a solution: vacuum metallization, a process that meets high-quality standards while significantly offering multiple benefits, such as reducing CO2 emissions.

The environmental impact of galvanization
Galvanization, including electroplating and hot-dip galvanizing, consumes large amounts of energy and involves hazardous chemicals like zinc and chromium. These methods contribute to:

High greenhouse gas emissions
Toxic waste production
Long-term environmental damage
The advantages of our vacuum metallization
Vacuum metallization applies a thin metallic coating through sputtering technology in a vacuum chamber, offering several benefits:

Lower CO2 emissions – requires significantly less energy than galvanization.
Eco-friendly materials – eliminates hazardous chemicals and reduces waste.
Lightweight coatings – Reduces product weight, leading to energy savings in transportation.
Aesthetic and functional versatility – provides a uniform, high-quality finish.
More finishings –different colours and mat finishings possible
Increased efficiency – fast, cost-effective, and suitable for various materials.
Why work with Vacumetal?
Vacumetal is a trusted partner in high-quality vacuum metallization and lacquering for the cosmetic and fragrance industry. Our process helps brands to:

Optimize product design and visual impact
Meet strict environmental regulations
Reduce their overall carbon footprint, all while maintaining exceptional standards in quality and aspect.

The future of metallization
As industries embrace greener processes, Vacumetal is proving to be a viable, CO2-friendly alternative. With continuous improvements, we lead the way in delivering sustainable, high-quality metal coatings.

Contact Vacumetal today and discover how we can support your sustainability goals, without compromising on performances or design.