Industry solution
Wear and Corrosion Protection for Mechanical & Plant Engineering
Components in mechanical and plant engineering are exposed to wear, friction, process media and fluctuating loads. As your development partner, we protect functional surfaces, support defined component properties and contribute to long service life.
Overview
Suitable Processes for Mechanical & Plant Engineering
Electroless Nickel achieves hardness values above 1000 HV through thermal post-treatment and reliably protects shafts, spindles and other functional surfaces from wear and friction.
For housings, flanges and other components in direct contact with process media, Zinc-Nickel and Zinc-Iron offer reliable electroplated corrosion protection for a long service life.
Typical challenges
What Mechanical & Plant Engineering Suppliers Come to Us For
Wear-resistant functional surfaces on shafts and spindles
Rotating and sliding components such as shafts or spindles are permanently exposed to friction. Electroless Nickel achieves hardness values above 1000 HV through targeted thermal post-treatment while maintaining a uniform coating thickness.
Solution: Electroless Nickel
Corrosion protection for housings and flanges in contact with process media
Machine components in direct contact with operating media require reliable, long-term stable corrosion protection. Zinc-Nickel offers one of the highest-performing electroplated systems for this.
Solution: Zinc-Nickel
Alternative corrosion protection systems for specific requirements
Depending on requirements for ductility, coating thickness or further processing, Zinc-Iron can offer advantages over other electroplated systems. We select the right system for your component.
Solution: Zinc-Iron
Long service life under fluctuating loads
Mechanical and plant engineering components must withstand fluctuating mechanical loads over years. Documented process monitoring and recurring inspections ensure the required reproducibility over the entire service life.
Solution: Quality inspections
Quality & process reliability
Documented Processes for Long Service Life
For every component, we align the process control with the mechanical stresses involved and the required service life. Our quality management system and ongoing product and process monitoring ensure the required reproducibility.
Our management systems are certified to IATF 16949, ISO 14001 and ISO 50001. The certificates document the respective scopes. More on quality and environment.
View certificatesThe design and acceptance of your plant lie with you or the responsible testing bodies. Our contribution is the wear-resistant, reproducible surface that supports the required service life of the components.