What are Nickel-based superalloys?
What advantages do they provide in high-performance industrial applications?

Let's see how they are used in production processes through additive manufacturing technology and what are the advantages offered by special furnaces for vacuum heat treatment, regarding the components made with 3D printing.

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Quality is a crucial procurement consideration for companies in the aerospace and aviation industries. This is especially true for special processes and heat treating parts. Nadcap is an industry-managed approach to conformity assessment that brings together technical experts to establish requirements for accreditation, accredit suppliers and define operational program requirements. This results in a standardized approach to quality assurance.

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Revision F of the AMS (Aerospace Material Specifications) 2750 introduces three important changes concerning the equipment of the instrumentation of the heat treatment furnaces.

Which are the changes to the uniformity requirements required by the technical specifications of the process and by the technical specifications of the material?
How are the types of instrumentation of heat treatment plants classified?
And finally, what is the new D+ instrumentation type?

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Passing through Material Jetting additive manufacturing technology, we'll highlight benefits and drawbacks of Binder Jetting and Metal Injection Moulding.
Is it better to rely on an already mature technology rather than investing in the innovative three-dimensional printing?

I think you’ll be surprised by some of the information I’m going to reveal, read on.

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Molybdenum and graphite are the most popular choices as hearth materials in vacuum furnaces. Throughout the last 40 years, the heat treating industry has experienced a significant shift in the type of hot zone most commonly used in furnaces. In the 1970s, most of the heat zones installed were all-metal hot zones. Today, however, the vast majority are graphite-based hot zones. But, what is the most efficient design in order to minimize hot zone losses and reduce power consumption?

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