Coating Solutions for Mechanical Engineering & Valve Components

Modern plasma- and laser-spraying technologies offer an efficient way in mechanical engineering and valve technology to repair worn components and significantly extend their service life.
Whether heavily loaded surfaces, high temperatures or aggressive media – our metallic and (oxide-)ceramic coating systems provide reliable protection and high load-bearing capacity.

Your Benefits:

  • Cost savings by refurbishing instead of buying new parts
  • Faster availability thanks to short repair and turnaround times
  • Longer service life due to wear- and corrosion-resistant surfaces
  • High flexibility for complex geometries and component sizes
Bild einer Buchse aus Duplex-Stahl 1.4460, die ebenfalls per Laserauftragsschweißen mit Stellite 21 beschichtet wurde.

Component Assess – Save Costs, Increase Service Life

Leverage Our Decades of Coating Experience

We will assess your component free of charge and show you how a targeted coating can significantly extend its service life – often avoiding the need for expensive new procurement.

Sofort-Kontakt

Häuser & Co GmbH
Vohwinkelstraße 107
D-47137 Duisburg

Telefon:  +49 203-606-66963
E-Mail:   info@haeuser-co.de

Step 1 – Submit Your Component Information

Sie beschreiben uns kurz das Bauteil, den Einsatzbereich und den aktuellen Schaden – bequem per Online-Formular oder telefonisch. Fotos oder Zeichnungen helfen uns, die Situation schneller einzuschätzen.

Step 2 – Initial Assessment

Our experts review your information and determine whether refurbishment is technically feasible and economically viable. You receive an initial recommendation.

Step 3 – Inspection On Site or at Our Works

Depending on component size, either the item is shipped to our workshop or our service technicians assess it directly at your plant. We measure, inspect and document the condition in detail.

Step 4 – Result & Proposal

You receive a clear recommendation for action including cost estimate, time frame and the most suitable coating process – often with a substantial service-life extension compared to a replacement part.