Filab, chemical analysis laboratory

A chemical analysis laboratory is a laboratory where chemists and other scientists conduct research, experiments, and chemical analyses to determine the composition of various substances. These laboratories are equipped with state-of-the-art instruments and equipment used to measure, analyze, and handle chemicals. The staff in these laboratories includes qualified technicians and experienced chemists who use their expertise to interpret the results of tests performed on samples obtained from clinical or environmental sources. Chemical analysis laboratories can provide testing services for industrial, medical, or environmental applications, such as drug potency testing…

Companies often outsource chemical analysis services to save time and money, as well as to ensure accurate results. By outsourcing these services, companies can access specialized equipment, expertise, and staff that they may not have in-house. This allows them to analyze samples quickly and accurately while complying with strict regulations and standards. In addition, outsourcing enables a company to focus on its core business and reduces the need to maintain a complex laboratory infrastructure. Finally, it can lead to cost savings by avoiding expensive investments in staff training and equipment maintenance.

Our chemical analysis laboratory carries out a wide range of tests for various applications, including raw material testing, material characterization, drug potency testing, and cosmetics analysis.

As part of quality control, regulatory compliance, or following a product failure, laboratory chemical composition analysis has become essential across all industrial sectors. Indeed, increasingly complex regulatory requirements are leading manufacturers to optimize product performance through a better understanding of their chemical properties.

To do this, using analytical chemistry makes it possible to obtain quantitative chemical analyses (concentration and dosage of components) or qualitative analyses (the nature of a chemical composition). Our laboratory, specialized in chemical analyses and equipped with cutting-edge analytical methods, is here to support you in this process.

As part of quality control, regulatory compliance, or following a product failure, laboratory chemical composition analysis has become essential across all industrial sectors. Indeed, increasingly complex regulatory requirements are leading manufacturers to optimize product performance through a better understanding of their chemical properties.

To do this, using analytical chemistry makes it possible to obtain quantitative chemical analyses (concentration and dosage of components) or qualitative analyses (the nature of a chemical composition). Our laboratory, specialized in chemical analyses and equipped with cutting-edge analytical methods, is here to support you in this process.

To prepare an accurate quote, we need:

• the nature of the sample (water, metal, polymer, etc.),

• the number of samples,

• the chemical analyses required (organic, mineral, physico-chemical, etc.),

• the standards or methods to be followed,

Our teams can help you define the right analytical scope.

Yes. We carry out mineral chemistry analyses (metals, anions, cations, trace elements, etc.) by ICP-OES, ICP-MS, or ion chromatography.

A quote will be provided after assessing your needs.

Yes. We offer an urgent analysis option with priority processing of samples.

The quote includes an estimate of the accelerated turnaround time.

Absolutely. If you are unsure which analyses are relevant, our experts will advise you based on your needs: regulatory compliance, quality control, diagnosis, pollution investigation, etc.

Sending samples: instructions can be found directly in the following article.

Using a chemical analysis laboratory like FILAB gives you access to advanced technical expertise, a comprehensive range of instruments, and proven mastery of complex analytical methods.

This outsourcing also provides scientific support for data interpretation, non-conformity investigations, raw material qualification, and formulation control, while ensuring responsiveness and compliance with applicable regulatory requirements.

To get a chemical analysis quote within 24-48 hours, please fill out the form on our page directly.

Chemical composition analysis makes it possible to accurately determine the nature and quantity of the elements present in a sample. The FILAB laboratory carries out this type of analysis on a wide range of matrices (solids, liquids, powders) in order to identify the components and verify their compliance with the expected specifications

Our teams rely on analytical techniques tailored to each issue: optical emission spectrometry (ICP-AES), inductively coupled plasma mass spectrometry (ICP-MS), X-ray fluorescence (XRF), chromatography, and infrared spectrometry. These complementary methods ensure precise characterization, whether for major elements or trace elements.

Elemental analysis aims to measure the content of specific elements such as carbon, hydrogen, oxygen, sulfur, nitrogen, or certain metals. 

These measurements provide an essential basis for understanding a material’s composition and assessing its properties or performance in an industrial context.

The choice of method depends on the nature of the sample, the elements being sought, and the level of precision required. FILAB teams support each client in defining the most relevant analytical method, taking into account the technical, regulatory, and standards-related constraints specific to each industry

Chemical composition analysis consists of identifying and quantifying the elements present in a sample in order to obtain an accurate snapshot of its composition. 

Deformulation, on the other hand, goes further: it aims to reconstruct the complete formulation of a product (raw materials, additives, fillers, etc.) by relying on different analytical techniques. 

Chemical composition analysis is a key step in deformulation, but deformulation provides a comprehensive and detailed understanding of a product’s recipe.