• Zinc is a naturally occurring raw material that can be recycled indefinitely without compromising quality. In waste processing, it can be easily sorted and reintroduced into the circular economy.
• Zinc die casting tools have a long service life and can be fully recycled at the end of their lifespan.
• Very precise die casting reduces the effort required for mechanical processing.
• Realization of thin-walled parts > low material usage and reduced weight
• Good tensile and elongation strength, good impact and corrosion resistance > long service life of products
• Functional integration can eliminate individual components or make additional steps obsolete (e.g. possible by realizing rivet domes or screw domes for self-tapping screws).
• Zinc is highly machinable.
• Significantly less sensitive to temperature and more dimensionally stable than plastic parts.
• Compared to other manufacturing processes, zinc die casting offers a high output per hour, making it more cost-effective and sustainable.
• Zinc is very easy to coat and thus offers a variety of high-quality decorative applications.
• Even with lower production volumes, the production of die casting components can be economical and sustainable: If the geometry is milled from the solid blank, high mechanical production capacities and a lot of material are required. By constructively designing product families, many different variants can be produced from a cast blank through mechanical processing.

Outstanding design and high-quality feel:

• Robust and highly durable surface
• Effective protection against corrosion
• Mechanical resistance -> scratch-, impact-, abrasion-resistant
• Chemical resistance
• Moisture resistance
• Temperature resistance
• UV resistance and color fastness
• High adhesion strength on a die cast blank
• No embrittlement of the surface, ensuring no detachment of components
• A process suitable for numerous applications and areas

Environmentally friendly and resource-saving:

• Odorless, no absorption or emission of odors
• Dirt-repellent surface
• Easy-to-clean surface with minimal use of cleaning agents
• Solvent-free coating
• No diffusion of gases, liquids or other components over the years of use
• No overspray during coating ensuring no components in the breathing air
• Efficient and thin-walled: 20 to 50 μm layer thickness in one step
• Recyclability and reuse of the metals even without a deposit system