Heat Treatment

Many applications subject especially the peripheral areas of components and tools to high levels of stress. These areas can be strengthened by appropriate thermo-chemical methods, which enable the creation of high-performance materials from low-alloy steels.
Through such surface modifications, thermo-chemical methods offer cost-effective ways to markedly improve base material attributes such as wear resistance, friction behavior and resistance to corrosion. In contrast to coating, the surface is not covered, and thus retains its original geometry following treatment.

Non-Hardening process that consists of heating a component to a suitable temperature and once fully heated slow cooled without quenching. This process is primarily used to soften metals. Or Carbonitriding is a case hardening process in which carbon and nitrogen (introduced by carbon rich gas and ammonia to furnace atmosphere) is absorbed at the surface of a steel component to produce upon quenching a hardened surface layer to a required depth.

  • All metal components
  • Improved mechanical properties
  • Allow easier machining or forming
  • Hard wearing surface for lower alloyed steels
  • Extends part/tool life
  • Selective hardening process
  • Reusable masking (versus coatings or other surface treatments)
  • Adds performance, fatigue strength and endurance
  • Enhances surface lubricity
  • Reduces erosion
  • Increases material flow in molds and dies
  • Improves corrosion resistance