Do you need analysis of your Chrome/Cobalt (Cr/Co) alloys?
What are chrome/cobalt (CR/CO) alloys?
The applications of chrome/cobalt (CR/CO) alloys
The properties of Cr/Co alloys explain their high added value in demanding environments, where material performance and reliability are critical:
In the field of Medical devices, Chrome-Cobalt alloys are used to manufacture orthopedic implants such as hip or knee replacements, as well as surgical plates, screws, and nails.
They are also used in dentistry to make crowns, bridges, and complex metal structures.
Finally, they are found in the design of stents and other long-term implantable devices.
Their biocompatibility, wear resistance, and stability in the human body make them benchmark materials for implantable medical devices.
In the aeronautics and space sectors, Chrome-Cobalt alloys are used to manufacture components exposed to extreme temperatures, such as turbines, injectors, and ejection seats.
They are particularly valued for their high-temperature mechanical strength and oxidation resistance, two essential qualities in highly thermally demanding environments.
In the energy and nuclear sectors, Chrome-Cobalt alloys are used to manufacture parts exposed to corrosive or irradiated environments.
They offer remarkable chemical stability and excellent resistance to cracking, even under extreme conditions.
In the field of luxury and watchmaking, these alloys are used to design high-end watch cases and various decorative elements.
Their hardness, ability to achieve a mirror polish, and stainless appearance make them a preferred choice for exceptional products.
In the automotive industry, Co-Cr alloys are used in the composition of valves, valve seats, and other specific components for racing engines.
They stand out for their wear resistance and resistance to mechanical fatigue, which are essential in engine environments.
Chrome/Cobalt alloy analysis: a specialty of the FILAB laboratory
Why choose FILAB for Chrome/Cobalt alloy analysis?
For more than 30 years, the FILAB laboratory has been offering several hundred clients analysis and expertise services for the composition of alloys, including high value-added Cr-Co (chrome/cobalt) alloy.
The FILAB laboratory puts its experience and specific expertise at your disposal for the analysis of metallic materials and Cr/Co alloys for the following services:
Metallographic examination of Cr/Co alloy
Weld analysis on Cr/Co alloys
Fracture surface study on Cr/Co alloys
Aging study (corrosion phenomenon, surface alteration, etc.) on Cr/Co alloys
Analysis Alloy Composition
Microstructure study on Cr/Co material
Measurement of coating thicknesses on Cr/Co metal parts
Corrosion resistance study on Cr/Co alloys
Surface analysis and characterization (roughness, defects, etc.) on Cr/Co alloys
Analyses according to the methods (ASTM A380) for cleaning, descaling and passivation of new parts, assemblies, equipment and systems made of Cr/Co alloys
Failure analysis : fracture, crack, corrosion ...
Our chrome/cobalt (CR/CO) alloy analysis methods
Complementary metallurgical analysis and structural analysis (X-ray diffraction analysis: XRD) as well as particle size analysis (carried out by sieving, laser particle size analysis, etc.) are also regularly used for the analysis of these chrome/cobalt alloys.
The FILAB laboratory supports you with your needs for chemical analysis, metallurgical analysis, and expertise in alloy analysis.
FAQ
We support you in verifying the compliance of your materials with the applicable standards: ISO 5832-12, ASTM F75, F1537, F799 (medical), or other specifications specific to your industry.
Our engineers help you interpret the results and guide you in the event of non-compliance.
Yes. In the event of premature failure, localized corrosion, excessive porosity or surface alteration, our teams conduct comprehensive failure analyses. Objective: identify the root cause of the defect (material, process, heat treatment, environment) and propose corrective solutions.
Yes. We analyze bulk samples, chips, machined or polished parts, as well as manufacturing waste. Our laboratory is equipped to prepare all types of materials, regardless of their surface condition or geometry.
