Nanomaterials analysis in the laboratory
certifications
Specializing in the analysis and characterization of nanomaterials, FILAB supports industrial companies in the study of nanomaterials and the analysis of nanoparticles: nanoparticles: size, structure, composition, stability, and release. Our nanomaterials analysis laboratory puts its expertise at the service of process safety, regulatory compliance, and product performance optimization.
Your needs: laboratory characterization of nanomaterials to meet industrial and regulatory challenges
You are looking to:
Classify a raw material as nano or non-nano
Verify the presence of nanomaterials in your products
Detect or quantify nanometric materials in your products (TiO2, ZnO...)
Carry out a second expert assessment following a DGCCRF inspection
Gain better control over the use of nanomaterials to meet regulatory requirements
The FILAB laboratory, specializing in the characterization of nanomaterials and nanoparticles, has precise tools for evaluating these types of particles both in raw materials and finished products.
Among the most requested analysis, our nanomaterials characterization laboratory determines the specific volume (VSSA), obtained by measuring density using helium pycnometry and specific surface area using BET, as well as nanomaterial solubility tests and nanoparticle characterization (size, distribution, morphology), which are essential for controlling performance and regulatory compliance.
FILAB, a nanomaterials analysis laboratory accredited to ISO 17025 by COFRAC for nanomaterials characterization!
How does FILAB support you with your nanomaterials analysis?
As a specialized nano analysis laboratory, FILAB supports industrial companies in the precise characterization of their nanomaterials and nanoparticles at every stage of their production cycle.
Whether for raw material testing, supplier validation, REACH compliance, or resolving production incidents, our team provides tailored solutions to secure your industrial projects and accelerate your innovations.
Equipped with a state-of-the-art analytical platform and a dedicated section for nanomaterials analysis, the FILAB laboratory offers support services for nanometric classification.
FILAB has, among others, the following analytical techniques for nanomaterials:
Our technical resources
FEG-SEM-EDX
Counting and determining the size and shape of nanoparticles
SP-ICP-MS:
Nanoparticle detection
Helium pycnometry
Density measurement
BET
Specific surface area measurement
XRD
Structural analysis
Laser particle size analysis
Particle size distribution
DLS
Nanoemulsion measurement and suspension stability study by zeta potential titration
ICP-AES and ICP-MS
Trace and chemical composition analysis of a nanomaterial-based product
Atomic force microscopy:
Visualization and characterization of surfaces at the nanoscale by measuring interatomic forces through AFM analysis
Raman microscopy
Identify chemical compounds, characterize materials, and analyze their structures at the microscopic scale
Our analytical services
Specific analysis by nanomaterial type
Nanometric size and structural analysis
Behavior and release analysis
Surface and functionalization analysis
Regulatory and reporting support
Nanomaterials regulations: multisector expertise
To support manufacturers in bringing their nanomaterials into compliance, FILAB offers a range of analyses tailored to the main regulatory requirements.
As a COFRAC-accredited laboratory for nanomaterial analysis, we guarantee reliable, recognized results for your regulatory submissions.
At the FILAB laboratory, analyses are performed to address in particular:
- the obligations arising from the REACH regulation on nanomaterials,
- the general regulations governing nanomaterials.
- the requirements of EC Cosmetic Regulation No. 1223/2009, the 2022 EC Recommendation (C229/2022),...
- Compliance with the 2022 EC Recommendation
- for the characterization of nanomaterials for medical devices in accordance with ISO 10993-22.
- the requirements of food safety agencies in accordance with the EFSA and ANSES guidelines.
- the characterization of nanoparticle size and shape distribution according to ISO 19749and OECD 125
- nanomaterial stability studies in aqueous media according to OECD 318.
- the requirements ofISO 9277, in accordance with OECD 124 for the measurement of specific surface area using BET
- the obligations ofISO 12154 for determining VSSA, obtained by measuring density using helium pycnometry
Through this comprehensive approach, FILAB helps you manage your regulatory obligations, secure your industrial development projects, and enhance the market value of your products.
EC Cosmetic Regulation No. 1223/2009 strictly regulates the use of nanomaterials to ensure consumer safety. ⚠️ Accordingly, new bans and restrictions will come into force on February 1, 2025, in accordance with Regulation (EU) 2024/858, published on March 15, 2024. This text amends Annexes II and III of EC Regulation No. 1223/2009 due to safety concerns regarding 13 nanomaterials. As a result, several substances in nano form will be banned or subject to restrictions, particularly in toothpastes and mouthwashes. Manufacturers must now ensure that their products comply in order to anticipate these new requirements and avoid any risk of market withdrawal.
For more information, please contact us to characterize nanomaterials in your cosmetic products > contact@filab.fr
To support you under the best possible conditions, FILAB laboratory is accredited for the Research Tax Credit (CIR). FILAB is also a member of the AFNOR/X457 “Nanotechnology” committee and regularly participates in working groups on nanomaterials.
Our FAQ
FAQ - regulations and compliance
We perform specific analysis to characterize nanomaterials according to European regulatory criteria, particularly to meet REACH obligations.
Yes, our reports are designed to meet industrial quality requirements (ISO 9001, GMP, etc.). We can also adapt our deliverables to your document management system (protocols, certificates of analysis, etc.).
FAQ - material characterization
At the nanoscale, materials can develop unprecedented physicochemical properties related to their increased specific surface area and surface or quantum effects, altering their reactivity, conductivity, or mechanical behavior.
Nanomaterial analysis makes it possible to identify nanoparticles, measure their size, shape, and stability, and assess their impact in their intended-use context. This helps ensure regulatory compliance, manage risks, and optimize product performance.
Yes, we have experience working in complex industrial environments. We have suitable tools for isolating and characterizing nanoparticles present in solid, liquid, or semi-solid matrices.
We implement specific detection methods to identify, count and characterize nanoparticles, even at trace levels, in order to address safety, quality control and regulatory compliance requirements.
Using tailored structural analysis, we identify the crystalline nature of your materials, as well as any transformations or degradation, to ensure the quality, durability and compliance of your functional materials.
We perform precise density measurements on your samples, which are essential for adjusting your industrial processes and ensuring the consistency and performance of your nanoparticle-based materials.
We assess the colloidal stability and dynamics of your suspensions, helping you anticipate agglomeration or sedimentation phenomena and secure the shelf life of your products under real-world conditions.
We offer advanced characterization analysis to determine the size, shape and particle size distribution of your nanoparticles, helping optimize your formulations and validate compliance with product specifications.
Poor nanoparticle control can lead to product defects, regulatory non-compliance, health risks for operators and environmental issues. This is why rigorous, periodic analysis is essential.
FAQ - industrial processes and risk management
Our experts can advise you on formulation, nanoparticle selection, dispersion, functionalization and integration into your industrial processes to maximize the performance and compliance of your products.
Uncharacterized nanomaterials can lead to performance variations, regulatory non-compliance and uncontrolled health or environmental risks.
By analyzing the impact of manufacturing conditions on nanomaterial properties and adapting the process's critical parameters.
