MetallurgicalAnalysis

We at GRIPCO assist you in comprehending the internal workings of your metal materials. Whether you need to measure coating thickness, examine metal structure, or detect tiny flaws, our metallurgical testing services give you accurate results accredited by international standards.

We have modern metallurgical laboratories that use advanced tools like high resolution microscopes and scanning equipment to identify potential issues earlier to avoid high cost problems in industries like construction, heavy manufacturing, and oil & gas.

We Offer the Following Metallurgical Analysis Tests:

Inclusion & Particle Check ASTM 1245

We examine metals and perform metallurgical analysis to find any unwanted particles or second phase materials using automatic image analysis. Which affects the strength and performance of the material.

Chemical Analysis with EDS (ASTM E1508)

We use EDS to quickly and accurately find out which elements are in your material. It’s a simple yet powerful way to check if the material meets required specifications.

Scanning Electron Microscopy (SEM) (ASTM E986)

Our SEM technology lets us see your samples in incredible detail, far beyond what regular microscopes can show. It helps us study both the surface and deeper features of the metal to better understand its quality and structure. Our metallurgical testing laboratory services are all about revealing those tiny details that can make a big difference in understanding your material.

Grain Size Measurement (ASTM E112)

We check how fine or coarse the grains in the metal are, which helps determine its strength and toughness.

Coating Thickness (ASTM B487)

We measure how thick the protective or oxide coating is on your metal using cross sectional microscopy, whic is very important for corrosion protection.

Decarburization Depth (ASTM E1077)

We test how deep carbon loss has occurred from the surface, which can weaken steel if left unchecked.

Graphite Structure in Iron Castings (ASTM A247)

We look at how graphite is spread throughout your iron casting. This tells us a lot about how it will perform under pressure.