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.