Coating solutions for

Mining

Industry solution

Wear and Corrosion Protection for Mining

Dust, moisture, abrasion and high mechanical loads characterise mining applications. As your development partner, we tailor wear and corrosion protection specifically to your highly stressed components.

Overview

Suitable Processes for Mining

Electroless Nickel achieves hardness values above 1000 HV through thermal post-treatment and deposits evenly regardless of component geometry – important for abrasively stressed functional surfaces.

For components with high corrosion protection requirements, Zinc-Nickel offers one of the highest-performing electroplated systems; Zinc-Iron adds alternatives for requirements on ductility and layer thickness.

Typical challenges

What Mining Suppliers Come to Us For

Wear-resistant functional surfaces under dust and abrasion loads

Components in mining are exposed to continuous abrasion from rock and dust. Electroless Nickel achieves hardness values above 1000 HV through thermal post-treatment and deposits evenly regardless of component geometry.

Solution: Electroless Nickel

Corrosion protection under constant moisture

Moisture and changing ambient conditions underground place high demands on the corrosion protection of steel components. Zinc-Nickel offers one of the highest-performing electroplated corrosion protection systems for this.

Solution: Zinc-Nickel

Alternative corrosion protection systems with specific layer properties

Depending on requirements for ductility, layer thickness or further processing, Zinc-Iron can offer advantages over other electroplated systems. We select the system that suits your component.

Solution: Zinc-Iron

Reproducible quality under high, continuous mechanical loading

Mining components are exposed to high mechanical loading over long operating periods – the surface must reliably withstand this stress. Documented process monitoring and recurring inspections ensure the required reproducibility.

Solution: Quality inspections

Quality & process reliability

Documented Processes for Highly Stressed Components

Before production begins, we align the process with the abrasion, corrosion and load requirements of your component. 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 certificates

The design, approval and safety-related testing of your mining component lie with you or the relevant testing bodies. Our contribution is the wear- and corrosion-resistant surface that supports the required functional and service life of the components.

Normen bei Holder Oberflächentechnik
  • BMW GS 90010 ZNNI SI
  • BMW GS 90010 ZNFE SI
  • BMW GS 90010 A5, ZNT
  • BMW QV 11111
  • BMW PV 97022
  • DBL 8466
  • DBL 8451
  • DBL 4952.11
  • DBL 4952.10
  • DBL 6516
  • DIN 50979 etc.
  • DIN EN ISO 4527
  • DIN 17611
Scroll Top

Website search

What are you looking for?

Enter at least two characters.

Direct contact

How can we help?

Choose a responsibility or search directly for the right contact person.

Send us a message