We perform precise coating thickness measurement to evaluate protective layers applied on metallic components. This test ensures adequate corrosion resistance, coating durability, and compliance with engineering specifications.
Ferroxyl testing is conducted to detect free iron contamination on stainless steel surfaces, which can initiate premature corrosion if not identified and removed.
Positive Material Identification (PMI) testing verifies the chemical composition of metallic materials to confirm correct grade and prevent material mix-up in critical applications.
Ferrite content measurement ensures optimal weld structure in stainless steels. Controlled ferrite levels prevent hot cracking and maintain corrosion resistance.
In-situ metallography allows microstructural examination directly at site without dismantling components. Ideal for residual life assessment and failure investigation.
Hardness testing determines resistance to deformation and verifies heat treatment effectiveness and mechanical strength of materials.
Surface roughness measurement ensures precision finish, proper sealing, and improved performance of machined and fabricated components.