Chemical Testing
Chemical analysis of metals validates that the candidate material is appropriate for the intended end use.Metal chemical analysis is also used in reverse engineering to determine the alloys used to produce a component and in failure investigations to establish whether the correct alloy was used. The most up-to-date test specifications are used to ensure that the results meet international standards.There are two methods for material validation in chemical testing.
Chemical Testing - Optical Emission
To identify elemental composition, a German-make (AMETEK) Optical Emission Spectrometer is used.
Commonly known as the Spark Method, this technique provides a fast and reliable way to identify elements in a material.
NABL test certificates for requests involving only chemical analysis are generally issued within one day.
The spectrometer can analyze both ferrous materials (such as various steel grades) and non-ferrous materials, including copper, nickel, titanium, aluminum, and cobalt-based alloys.
Wet Method Analysis
We have Atomic Absorption Spectroscopy (AAS) is make by Shimadzu, a Japanese company is based on the absorption of light by free metallic ions and you can be rest assured of its accuracy of results.The technique is used in analytical chemistry to determine the concentration(in ppm) of a certain element in a sample.
Ferrous Metals
Wet Method Analysis
Includes wire chips of metal samples
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Carbon Analysis
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Mass of Zinc Coating
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Chloride Contents
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Water Analysis
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Purity of Metals
Non Ferrous Metals
Wet Method Analysis
Includes wires & chips of metal samples
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Copper Base
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Nickel Base
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Aluminium Base
For Ferro Alloys
Includes Manganese, Chromium , Vanadium , Silicon
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Graphite Carbon
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Moisture Content
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Volatile Matter
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Fixed Carbon
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Glass Content
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Phosphate Coating
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Cobalt Alloy
Wet Method Analysis
Test Conducted
