Laboratory analysis and expertise of aluminum samples and of aluminum alloys
You want to carry out an analysis of aluminium and its alloys
Aluminium and its alloys are at the heart of many industrial applications, where their quality determines the performance and durability of parts. Variations in composition, the presence of impurities, changes in mechanical properties or recycling issues: these problems can have an impact on the conformity and reliability of materials. As a specialist in metallurgical analysis, FILAB supports manufacturers by carrying out precise, standardised aluminium analysis to guarantee the quality, safety and traceability of materials.
What is the definition of aluminium?
Aluminium is one of the most abundant elements in the earth’s crust and is therefore one of the most widely used in the world. It is a light, malleable and ductile metal used in the manufacture of many products.
What are the special characteristics of aluminium and its alloys?
Its unique combination of properties, such as lightness, mechanical strength, corrosion resistance, thermal and electrical conductivity, etc., make aluminium the second most widely used metal after iron. make aluminium the second most widely used metal after iron.
Why analyse aluminium and its alloys?
Aluminium and its alloys are widely used in the aerospace, automotive, construction and other demanding industries. Controlling their composition and mechanical properties is essential to guarantee :
- Compliance with standards and regulations (EN, ASTM, ISO, etc.)
- Mechanical strength and durability of parts
- Optimisation of manufacturing and recycling processes
- Identification of defects and contamination that could affect performance
Chemical analysis of aluminium and its alloys: a speciality of the FILAB laboratory
A unique combination of properties such as mechanical resistance, corrosion resistance, thermal and electric conductivity, all while being lightweight makes aluminum the second most used metal on earth after iron.
For over 30 years, FILAB laboratory has been providing metallurgical analysis of aluminum samples for hundreds of clients, some of which were provided under ISO 17025 accreditation.
FILAB laboratory provides its experience and specific skills to inspect the quality of your aluminum sample :
- Chemical composition analysis and grade inspection of aluminum alloys
- Failure analysis on metal alloys
- Analysis of your aluminum alloys in accordance with the EN 573-3 standard
- Analysis of aluminum oxide based surgical implants in accordance with ISO 6474-2
- Aluminium alloy composition analysis
Our analytical facilities dedicated to aluminium alloy analysis
Analyses élémentaires C, H, O, N, S
C, H, O, N, S elemental analysis
Scanning Electron Microscopy (SEM-EDX)
In addition to routine metallurgical analyses, the FILAB laboratory can provide you with expert metallurgical analyses and failure studies on your aluminium-based samples:
Chemical analysis: precise determination of alloying elements and impurities
Metallography: observation of internal structure, detection of defects
Identification of alloys: Control of raw and recycled materials
Mechanical tests: tensile strength, hardness, impact strength to assess performance
Corrosion tests: assessing resistance to aggressive environments
Going even further : our expertise of aluminum alloys
Metallographic examinations of aluminum alloys
Surface analysis and characterization (rugosity, defects…)
Alloy Composition analysis
Coating thickness measurements on aluminum parts
Accelerated aging tests (corrosion, surface alterations…)
FAQ
Variations in the content of alloying elements such as silicon, magnesium or copper can affect the strength, machinability and performance of parts. An imbalance in chemical composition can lead to structural defects or loss of mechanical performance.
Our elemental analyses (ICP-OES, XRF, OES) enable precise control of the chemical composition of alloys to ensure compliance with industrial requirements.
The presence of metallic impurities such as iron, lead or zinc can reduce corrosion resistance and alter essential properties such as thermal conductivity. Such contamination can compromise the durability and reliability of components.
Our purity and trace metal detection tests identify contaminants and ensure optimum quality of aluminium alloys.
Exposure to high temperatures, mechanical stress and oxidation can alter the material's microstructure and reduce its mechanical performance. This can lead to increased brittleness or premature deformation of aluminium parts.
Our mechanical and metallographic testing enables us to assess the strength of the material and identify the formation of undesirable phases that can affect the durability of components.
Aluminium recycling requires accurate analysis to avoid non-conforming mixtures and to guarantee the quality of the materials reused. Incorrect identification of alloys can lead to inadequate performance and compliance problems.
Our controls enable reliable identification of alloys, facilitating management of production flows and guaranteeing the quality of recycled raw materials.
