METALLURGICAL ENGINEERING

FORGING STRATEGIES AND DIE DESIGNS

Forging is a very important field in manufacturing, where billets at forging temperatures are shaped into usable parts. In short, Forging is about the power to shape the hot metal into a required part. The correct strategy employed may allow forging of parts which may not be possible using standard methods.

We provide:

  • Forging strategies and die designs to achieve maximum deformation within the load available from a press
  • Heat treatment processes related to specific materials to ensure the correct mechanical parameters of a part required by its application

FEA software used: SolidWorks and Deform 3D.

HEAT TREATMENT STRATEGIES FOR METALLURGICAL INDUSTRIES

Heat treatment is a crucial factor in obtaining the correct mechanical characteristics of a part, as required by the design.

We provide:

  • A full strategy of achieving the required mechanical properties

THERMAL DESIGN

We provide solutions in:

  • Heat transfer through building elements
  • Heat absorption and thermal stability of buildings
  • Thermal problems in exterior walls, skylights, windows and floors
  • Thermal insulation of low and high pressure pipes
  • Design of heat recuperators and regenerators