Our laboratory is an expert in metallurgical analysis and alloy analysis of materials such as molybdenum, offering advanced expertise to determine the chemical composition and physicochemical properties.
Your need: carry out a molybdenum alloy analysis
The molybdenum is a chemical element with the symbol Mo and atomic number 42. It is a silvery-gray transition metal that is hard but relatively malleable, offering excellent resistance to heat and corrosion.
In addition, molybdenum can be added in small quantities to harden various metals such as steel, uranium metal and silicon.
Molybdenum is a strategic metal used in many industrial sectors due to its exceptional properties: heat resistance, corrosion resistance, mechanical strength, and chemical stability. Here is an overview of its main applications:
Molybdenum alloy analysis
Molybdenum alloys, such as TZM, Mo-Cu and Mo-Re, have varied properties and are used in many industrial sectors.
FILAB laboratory carries out comprehensive analysis of the composition of molybdenum alloys to help optimize production and recycling processes, or any other need you may have as an industrial company.
We identify the alloying elements and measure concentrations to meet the technical specifications of each project.
TZM alloy composition analysis
TZM is an alloy of Titanium, Zirconium and Molybdenum. Analyzing the composition of TZM makes it possible to control the quality of the material and ensure that it meets the specific requirements of each sector in terms of durability, conductivity and resistance to mechanical stress.
FILAB laboratory, specialist in metallurgical analysis and molybdenum analysis
FILAB laboratory provides several hundred clients with metallurgical analysis services on Molybdenum, and for some under COFRAC ISO 17025 accreditation.
FILAB laboratory puts its experience and specific expertise at your disposal to control the quality of your molybdenum alloys.
Our methods for analyzing molybdenum and molybdenum alloys
We use advanced analytical techniques, such as spectrometry and ICP analysis, to precisely detect the chemical composition of molybdenum and its alloys. These methods make it possible to measure element content and ensure material quality.
Our technical resources
C,H,O,N,S elemental analyzers
Elemental analyzers
Carbon, Sulfur (C/S)
Elemental analyzers
Nitrogen, Oxygen and Hydrogen (N / O / H)
ICP-AES and ICP-MS elemental analysis techniques
SEM
Our metal and alloy analysis
Tin: SAC 305, SAC 0807, tin-lead (SNPB)
Other: ferroalloys, superalloys, magnets
Looking further: our expertise in molybdenum alloys
In addition to routine metallurgical analysis, FILAB laboratory brings you its expertise in metallurgical expert analysis and failure analysis on your molybdenum samples:
Metallographic examination of molybdenum
Weld analysis on molybdenum materials
Fracture surface study on molybdenum materials
Aging study (corrosion phenomena, surface degradation, etc.) on molybdenum materials
Analysis Alloy Composition
Microstructure study of molybdenum material molybdenum
Measurement of coating thicknesses on molybdenum metal parts
Corrosion resistance study on molybdenum materials
Surface analysis and characterization (roughness, defects, etc.) on molybdenum materials
Analyses according to the methods (ASTM A380) for the cleaning, descaling and passivation of new parts, assemblies, equipment and systems made of molybdenum alloys
Analysis of molybdenum alloys according to ISO and NF standards
Our laboratory complies with reference standards for the analysis of molybdenum alloys, ensuring results that meet ISO and NF standards.
Applications of molybdenum alloy analysis
Molybdenum alloy analysis is commonly used in sectors where molybdenum is widely used, such as metallurgy, petrochemicals, electronics and healthcare. Whether to verify corrosion resistance, durability or material safety.
Why choose our laboratory for molybdenum and molybdenum alloy analysis?
Our FILAB laboratory offers dedicated services for molybdenum and molybdenum alloy analysis, tailored to the specific needs of each industry. Carrying out a molybdenum composition analysis makes it possible to address several industrial challenges:
FAQ
Stainless steels : molybdenum improves corrosion resistance, particularly in marine environments.
Superalloys : used in aircraft turbines and nuclear reactors for their high-temperature resistance.
TZM alloy (Titanium-Zirconium-Molybdenum) : offers increased resistance to heat and deformation.
Yes, molybdenum is considered a strategic metal due to its importance in many industrial applications and its limited availability. It is essential in fields such as defense, energy, and high technology.
In small amounts, molybdenum is an essential trace element for living organisms. However, excessive exposure can cause adverse effects. It is therefore important to comply with safety standards when handling it.
Yes, molybdenum is fully recyclable. Waste from molybdenum-containing alloys, such as special steels or superalloys, can be reprocessed to recover the metal. This recycling helps reduce dependence on mining resources and lowers the environmental footprint of industries that use them.
Machining molybdenum presents several challenges:
Brittleness : molybdenum is brittle at room temperature, which can cause cracks during machining.
Hardness : its hardness requires the use of specialized tools, often made of tungsten carbide.
Oxidation : it oxidizes easily at high temperatures, requiring controlled atmospheres or protective coatings.
Specific techniques, such as low-speed machining and the use of suitable lubricants, are recommended to overcome these challenges.
