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hot isostatic pressing
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Hot isostatic pressing (HIP), a pressure-assisted method for sintering advanced ceramic pieces. A ceramic piece is inserted into the heater compartment of a pressure vessel, which is evacuated of air by means of a vacuum pump. A thermocouple placed between the piece and the heating coils monitors the process temperature, which is regulated by an outside temperature controller. Overall electrical controls are monitored by a computerized power controller. An inert gas is fed under pressure into the vessel; at the end of the HIP cycle the gas is vented through an exhaust valve and the temperature is reduced by cold water pumped through a cooling jacket.
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hot isostatic pressing

metallurgy
Also known as: HIP
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  • Steps in doctor blading, a tape-casting process employed in the production of ceramic films. Ceramic powder and solvent are mixed to form a slurry, which is treated with various additives and binders, homogenized, and then pumped directly to a tape-casting machine. There the slurry is continuously cast onto the surface of a moving carrier film. The edge of a smooth knife, generally called a doctor blade, spreads the slurry onto the carrier film at a specified thickness, thereby generating a flexible tape. Heat lamps gently evaporate the solvent, and the dry tape is peeled away from the carrier film and rolled onto a take-up reel for additional processing.
    advanced ceramics
    / Pressure-assisted sintering

    …methods are followed—hot pressing and hot isostatic pressing (HIP).

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    …methods are followed—hot pressing and hot isostatic pressing (HIP).

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  • Metallurgy
    metallurgy
    / Applications

    Consolidation is often achieved by hot isostatic pressing, wrapping the pressed powder in an envelope of steel or glass, and heating it in a hot inert gas at high pressure. The consolidated metal is then worked into finished parts.

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    Consolidation is often achieved by hot isostatic pressing, wrapping the pressed powder in an envelope of steel or glass, and heating it in a hot inert gas at high pressure. The consolidated metal is then worked into finished parts.

    Read More
  • electron hole: movement
    materials science
    / Melting and solidifying

    …on melting under vacuum (hot isostatic pressing), rapid solidification, and directional solidification.

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    …on melting under vacuum (hot isostatic pressing), rapid solidification, and directional solidification.

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