The microstructure of materials is an essential feature for the design of engineering structures
with improved performances. It dictates the mechanical and thermal properties of these
materials, profoundly impacting their performance in various applications. Refinement of the
microstructure of metals and semi-crystalline high-performance polymers (HPPs) during
manufacturing of industrial parts allows for enhancement of material integrity, reduction of
defects, and bolstering of mechanical properties, thus extending part service life. The resultant
extension of part service life enables greater productivity, as service components can last
longer and perform more reliably under demanding conditions.
This whitepaper offers insight into the typical limitations related to the large columnar
microstructures associated with conventional metal manufacturing practices, specifically
casting, which can result in service failures of cast components in the oil & gas industry. It also
explores the potential benefits of additive manufacturing (AM) in mitigating these challenges
by achieving equiaxed microstructures, which lead to improved part performance. We
illuminate the pivotal role that microstructural engineering plays in unlocking new levels of part
efficiency, and we also explore how the redefinition of microstructure can revolutionize
industries worldwide, setting new standards for performance optimization.
To know more download the Whitepaper:
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