Hot Isostatic Pressing

The Hot Isostatic Pressing process models densification of parts through the simultaneous use of both high temperature and high pressure. The pressure is applied equally to all surfaces of the part by an inert gas, which the cost model assumes to be Argon.

Each machine cycle has the following phases:

• Purge phase: air inside the vessel is replaced with the process gas.

• Pressurize phase: the vessel is pressurized to the hold pressure.

• Heating phase: temperature inside the temperature-controlled hot zone, within the vessel, is ramped up to the hold temperature.

• Hold phase: parts are held at high pressure and temperature within the hot zone for a period of time.

• Cool phase: the hot zone is cooled to ambient temperature.

This section covers the following topics:

• Process Routing and Feasibility for Hot Isostatic Pressing

• Machine Selection for Hot Isostatic Pressing

• Formulas for Hot Isostatic Pressing

• Setup Options for Hot Isostatic Pressing

Process Routing and Feasibility for Hot Isostatic Pressing

This process must be manually included in your routing.

Hot Isostatic pressing is not feasible for plastic materials; the current material must not have one of the following cut codes: 41, 42, 51, or 52.