Hiperbaric 30-38-42 HIP

Operating Pressure

EN-ICONOS HIP WEB-PRESSURE-30, 38, 42

Maximum Load (Molybdenum / Graphite)

EN-ICONOS HIP WEB_MAXIMUM WEIGHT-30
EN-ICONOS HIP WEB_MAXIMUM WEIGHT-38
ICONOS HIP WEB_CARGA MÁXIMA-42
hiperbaric-hip-30-38-42

Op. Temperature (Molybdenum / Graphite)

EN-ICONOS HIP WEB_TEMPERATURE-30, 38, 42

Hot Zone Diameter

ICONOS HIP WEB_DIAMETER-30
EN-ICONOS-HIP-WEB_DIAMETER-38
ICONOS HIP WEB_DIAMETER-42

Hiperbaric 30-38-42 HIP

The Hiperbaric HIP 30-38-42 presses are the first in the Hot Isostatic Pressing (HIP) range for the processing and post-processing of metals and other components. They have been designed with a totally innovative and versatile approach since it allows several configurations and operating modes in a single machine. They incorporate state-of-the-art technology and have been available on the market since 2020 at a very competitive price and with very attractive features.

Their valuable features make these three presses an excellent choice for companies interested in integrating the HIP process to create their parts without having to rely on external sources in this process.

Target Market

Designed for those companies determined to commit to a piece of technology that presents synergies with a large number of manufacturing processes in the most demanding sectors such as aerospace, oil & gas, medical implants, nuclear, defense, industry or automotive. The dimensions and performance of the Hiperbaric 30-38-42 HIP presses make them suitable for installation in companies with average production capacities, which need to implement HIP technology in their production process, providing added value and reliability.

Hiperbaric 30-38-42 HIP Features

The Hiperbaric 30-38-42 HIP presses have a compact design and high heating and colling performance, enabling them to product the fastest combined heat treatments up to pressures of 2.000 bar/200MPa and 2.000C/3.600 F, allowing small size productions as well as research and development works.

The Hiperbaric 30-38-42 HIP presses are a competitive, reliable assets. Their versatility allow them to be synergistically combined with a wide variety of manufacturing techniques to develop cutting-edge materials and components.

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