Master the XRD technique to optimize your analytical chemistry analysis
X-ray diffraction (XRD) is an essential method for identifying crystalline phases and performing structural analysis of materials used across various industrial sectors.
FILAB offers tailor-made training courses dedicated to this method, helping industries master and interpret diffraction data in their development and quality control processes.
objectifs
Checking the purity of ceramic materials
Identifying retained austenite in a metal alloy
Qualifying foundry slags: analyzing their composition and structure to assess their potential for recycling and use in secondary applications, thereby addressing sustainability and circular economy challenges.
Teaching methods
- Presentation of the training materials
- Distribution of the training materials
- Training led by experts in the requested techniques
Target audience
Technicians or engineers in charge of research & innovation, process & industrialization, production & maintenance, quality control, hygiene, safety & environment, purchasing & procurement …
Program
For more information about the program, please contact us
Information updated on 04.10.2024
Practical information
- In-house training
- Questionnaire at the beginning and end of the training (quiz)
- Attendance sheet
- Duration: 2 days
- Accessibility for PRM and PWD
- Adaptable according to the client’s needs
- Price on request
- No prerequisites are required to take this course
- A certificate of completion will be issued to beneficiaries at the end of the training
Our training courses are accessible to people with disabilities. We will offer adapted solutions (for example: training materials, training pace, educational support, etc.) and adjustments according to your needs.
XRD training: master a key materials characterization technique
The technique of X-ray diffraction (XRD) is an indispensable analytical tool for many industrial sectors looking to characterize the crystalline structure of materials. Whether you need a one-off solution or want to strengthen in-house skills, XRD training helps you master the fundamentals and advanced applications of this technology.
What is the principle of XRD?
The principle of XRD revolves around two key aspects:
the identification and quantification of the chemical elements making up a material
access to a wealth of information contained in the arrangement of the elements within a material itself
In addition, qualitative analysis makes it possible to identify the crystalline compound or compounds present in a material, as well as their crystallographic forms. Quantitative analysis, on the other hand, makes it possible to determine the amounts of these compounds, from trace levels to major constituents, by refinement using the Rietveld method or by specific calibration.
Why take XRD training?
X-ray diffraction (XRD) makes it possible to precisely identify crystalline phases, analyze atomic structures, and obtain key information on mineralogical compositions.
XRD training gives you mastery of this technique, which is essential for developing your R&D projects, optimizing your production processes, and improving the quality of your products. Our Filab experts support you step by step to strengthen your skills and ensure reliable, actionable results.
Thanks to this upskilling, your teams will be able to:
Accurately interpret diffractograms
Adapt methods to the specific properties of materials
Gain autonomy across all XRD protocols
Ensure the reliability of analyses and make the most of the results obtained
Optimize equipment use for improved efficiency
The advantages of the XRD technique
X-ray diffraction offers unique advantages for materials analysis:
Precision: detailed identification of crystalline phases, ensuring an in-depth analysis of the composition
Versatility: a technique applicable to a wide range of materials, from metals and ceramics to polymers and powders
Speed: results obtained in a short time, enabling rapid decision-making
Reproducibility: reliable and consistent measurements, ideal for quality control and production monitoring
XRD is a preferred tool for any company looking to ensure product quality and improve production processes. At the Filab laboratory, our training approach enables professionals to make the most of it for analysis that are both efficient and cost-effective.
XRD training with the FILAB laboratory
Have you just acquired an XRD instrument for your laboratory? Are the qualified people no longer part of your team? Would you like to perfect your expertise in XRD analysis and result interpretation?
Whether your goal is research, innovation, or solving specific problems, choosing Filab for XRD training means benefiting from solid know-how and recognized expertise in X-ray diffraction.
A specialist in materials analysis and a COFRAC-accredited laboratory, FILAB offers XRD training tailored to the operational needs of industrial companies, whether for applications in metallurgy, pharmaceuticals, cosmetics, or polymers.
Tailor-made training
At FILAB, we develop and offer tailor-made XRD training courses, directly aligned with your industrial and analytical challenges.
Each training session is customized according to your field of activity (pharmaceuticals, medical devices, cosmetics, metallurgy, etc.), your team’s level, and your specific objectives.
Would you like to train your technicians in interpreting diffractograms, identifying crystalline phases in complex mixtures, understanding internal stresses in materials, or optimizing acquisition parameters on your own samples? We adapt the educational content, practical case studies, and training materials to your real matrices, your production constraints, and your quality control or R&D development needs.
Thanks to this tailor-made approach, your teams quickly build their skills and can effectively integrate XRD analysis into your industrial processes.
FILAB, approved training organization and accredited laboratory
As an approved training organization, FILAB supports your teams in using X-ray Diffraction analysis (XRD), whatever your industry sector.
FILAB is a QUALIOPI-certified training organization, guaranteeing the quality of its services, and an ISO 17025-accredited laboratory for XRD analysis.
Industries concerned
The XRD technique meets the requirements of many industrial sectors. It is particularly useful for:
The pharmaceutical industry, for the characterization of polymorphs and crystalline forms of drugs
The aerospace and automotive industries, for studying the composition of alloys and ceramics
The construction materials industry, for the analysis of mineral phases and cementitious products
The energy sector, for researching new materials and characterizing catalysts
Filab supports stakeholders in these sectors in developing their XRD skills for practical and innovative applications.
Why choose FILAB for XRD training for your teams?
Approved training organization, FILAB helps your employees master the X-ray Diffraction (XRD) technique, regardless of your industry sector or level of expertise.
For any registration request or quote, you can contact us directly by email or phone. Training will begin within 3 months from acceptance of the agreement.
Why choose FILAB for any analytical chemistry or materials training?
The FILAB laboratory is QUALIOPI certified for its training activities.
Thanks to this certification, the training courses we provide may be eligible for funding requests from OPCOs.
Analytical training is essential for professionals seeking to master analysis and characterization techniques; indeed, it covers a wide range of techniques intended for the analysis and characterization of substances, materials, or products in various industrial sectors.
Our analytical training programs are designed to equip participants with the skills needed to excel in their field, combining rigorous theory with practical applications. Discover how our analytical training can transform your skill set within your company.
Several reasons are behind the growing number of training requests to FILAB:
Tailor-made technical training: most of the training courses offered by many training organizations are standard, not tailored to your needs, and do not address your technical challenges
Highly qualified professionals: our trainers are laboratory staff, specialized PhD holders or engineers
Industrial expertise: FILAB has been providing training to its clients for over 10 years, regardless of the industrial sector
A unique profile with dual expertise in Chemistry and Materials
A human-sized organization, allowing us to provide greater responsiveness and flexibility
FAQ
To ensure materials are free from contaminants that could alter their mechanical, thermal or chemical properties, thereby optimizing their use in critical applications.
To accurately measure impurities and ensure the durability, stability and performance of cementitious materials in demanding construction environments.
To identify and quantify this phase in order to adjust heat treatments and improve the mechanical strength of alloys in industry.
To analyze the structure and purity of hydroxyapatite (HAP) powders, in accordance with the NF ISO 13779-3 standard, to ensure their biocompatibility and optimal integration into biomedical applications.
To analyze the structure and purity of hydroxyapatite powders (HAP), in accordance with the NF ISO 13779-3 standard, to ensure their biocompatibility and optimal integration into biomedical applications.
Crystalline purity is an essential criterion for the performance of ceramic materials, particularly in terms of mechanical, thermal, or chemical resistance. Thanks to XRD, it is possible to identify and quantify unwanted phases, thereby improving the final product quality. FILAB’s XRD training teaches you how to configure the analysis, interpret the results, and adapt the protocol to the nature of the ceramics being analyzed.
Retained austenite can affect the mechanical properties, dimensional stability, or fatigue resistance of a metal. XRD enables its detection and precise quantification. Learning how to configure these analyses through dedicated training makes it possible to integrate relevant controls into quality or R&D processes.
In hydraulic binders, the presence of unwanted crystalline phases can compromise strength or durability. X-ray diffraction can detect these impurities and estimate their proportion. The training guides you in deploying reliable quantitative methods adapted to your specific cement formulations.
Bone substitutes based on hydroxyapatite or calcium phosphates require rigorous control of their crystallinity and predominant phase. XRD makes it possible to verify their compliance with biomedical standards. Targeted training enables your teams to acquire the skills needed to analyze these sensitive materials with rigor and reproducibility.
