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Home / News / Products News / What is the role of metallurgical laboratory equipment?

Home / News / Products News / What is the role of metallurgical laboratory equipment?

What is the role of metallurgical laboratory equipment?

There are several kinds of metallurgical lab equipment, from abrasive cutting machines to Class A finishing systems. These types of machines have durable aluminum cast bases and polyurethane-based epoxy corrosion resistant metal parts. Metallurgical laboratory equipment also includes custom sheet metal fabrication and reverse engineering prototyping.

Metallurgical testing lab equipment consists of a variety of different tools and machines used to test metals and materials. The equipment ranges from basic metallographic test bars to sophisticated equipment for microstructure analysis. These instruments help determine the properties of materials, including their quality and purity. Metallographic analysis can reveal defects in a material, including the amount of inclusions, their cleanliness, and their grain size. Metallographic analysis is also useful for determining the hardness of material samples. It can also determine the depth of case hardened layers, and it can reveal secondary phases in a microstructure.

Metallographic testing involves using microscopy to gather information about the makeup and condition of metal samples. This process, also known as metallography evaluation, is used in several industries. During the melting, cooling, and working processes of metals, their grains change their crystalline structure. Metallographic testing lab equipment helps engineers determine the properties of materials and ensure that a product or component is suitable for its intended use.

Metallographic structure examination provides valuable information about the material's quality. Macroscopic examinations can reveal the presence of casting defects, while microscopic examinations can reveal the type of inclusions, grain size, and cleanliness. Hardness tests can also determine the hardness of small particles and secondary phases in the microstructure.
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