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Exhibitors & products 2025

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Overview

Hiperbaric SA

Address

Hiperbaric SA
Calle Condado de Trevino 6
(Pol de Villalonquejar)
09001 BURGOS
Spain

Telephone+34 947 47 38 74

Contact

About us

Hiperbaric is the global leading company in High Pressure Technologies. One of our business lines is specialized in the design, manufacture and commercialization of Hot Isostatic Pressing (HIP) industrial equipment. Our range of HIP presses offers compact, versatile and efficient equipment without compromising on safety or performance. They have excellent performance and a competitive price.

Hot isostatic pressing (HIP) is a manufacturing process used to densify metal and ceramic parts. It is based on applying high levels of pressure (up to 2,000 bar / 200Mpa) and temperature (up to 2,000 °C) through an inert atmosphere to mainly metallic and ceramic parts and components, in order to densify them and give them excellent mechanical properties. Thanks to the densification of the structure, the material develops better mechanical properties such as fatigue life, resilience or ductility. In addition, these and the rest of the mechanical properties present less variability and better consistency, thus obtaining more reliable components.

It is a process or post-process which has great synergy with manufacturing techniques such as Casting, Metal Injection Moulding (MIM); Powder Metallurgy (PM) and Near Net Shape (NNS); Diffusion Bonding (DB) and the various Additive Manufacturing (AM) technologies, allowing complex geometry parts with improved mechanical properties to be manufactured.

Nowadays, as the various AM techniques achieve greater reliability and robustness, this form of manufacturing is moving away from validation prototypes, which were possible until now, to become a way of manufacturing components in batches in a viable manner. Alongside this growth, HIP technology has become established as a key post-processing tool to ensure the quality of these components, as its application has numerous benefits, such as the following:

  • Elimination of porosity and densification of the material.
  • Possibility of combined heat treatment with HIP, saving time and cost
  • Improvement of mechanical properties such as ductility, resilience and fatigue life
  • Reparation of defects and therefore reduction of the number of failures
  • Cost reduction by reducing the number of non-destructive tests required.

HIP is addressed to the most demanding sectors such as the aerospace, energy, oil & gas, automotive and medical implant sectors, all of them interested in manufacturing more reliable and precision components subjected to extreme working conditions

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Special Interests

Partner country

Keywords

  • hot isostatic pressing
  • HIP
  • high pressure