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Evaluation by XPS of the contribution of an atmospheric plasma treatment on the extreme surface chem
Identification of the chemical nature of polymer film by XPS
Characterization of single- to multi-layer surface treatments - ToF-SIMS
Aromatic compound mapping - ToF-SIMS
Study of the deformation/cracking of a barrier coating on a flexible substrate
XPS evaluation of oxidation degrees
Determination of the homogeneity of a PDMS plasma treatment on carbon fibres by XPS
Identification of contamination in polymers after recycling - ToF-SIMS
Imaging the composition of homeopathic granules by ToF-SIMS
Identification and localisation of contamination in a microelectronic component
Micrometric scale topography of a watch dial - PO3D
Localized adhesion mechanisms in an assembly (Tof-SIMS / AFM)
Measurement of the recovery rate of a cosmetic treatment on natural skin by XPS
3D morphology and mechanical properties of nanoparticles
Morphology, topography and chemical composition of Li-ion batteries
Morphology, topography, chemical composition of wood, textile and paper - SEM/FIB/EDX
Morphology and chemical composition of ceramics - SEM/FIB/EDX
Morphology, topography, crystal structure, chemical composition of civil engineering materials - SEM
Morphology, topography, crystal structure, chemical composition of polymers and composites - SEM/FIB
Morphology, topography, chemical composition of glass - SEM/FIB/EDX
Cleaning of a contaminated surface with the ToF-SIMS argon cluster gun
The argon cluster gun, an innovation for XPS profiles of coated glasses
Roughness analysis of breast prostheses by PO3D
Morphology, granulometry and chemical composition in pharmacology - SEM/FIB/EDX
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FIB MEB Ga ou Xe
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Glass
Glass
Your specifities...
Glass is mainly composed of silicon oxide and fluxes. Its chemical composition varies according to its manufacturing method, the shaping process and the intended use. The atomic and molecular structure of glass is that of an amorphous material with a glass transition and very few stoichiometric constraints. This means that a glass can be made of a wide variety of elements.
This material with its varied and complex functions has many advantages for a large number of applications from an industrial point of view and in our daily lives.
The building industry was one of the first to identify the usefulness of glass, allowing light to pass through while providing thermal and acoustic insulation. It can be used to create unique and modern aesthetic designs. Its transparency, chemical and heat resistance, and ease of cleaning have attracted all industrial sectors: pharmaceutical, food, chemical, automotive, but also craftsmen, architects and consumers. Glass can also be used to isolate radioactive waste thanks to its flexible amorphous structure, which allows it to confine numerous chemical elements, including radionuclides, on an atomic scale. The luxury industry uses it with high lead content, giving it a more intense brilliance and better known as crystal.
In recent decades, glass has been replaced in the food industry and in other sectors by plastic materials considered more resistant, lighter and less expensive. Recently, driven by environmental awareness, glass is gradually regaining its role as an ideal container (bottles, jars, etc.) with very little interaction with the content and excellent resistance to corrosion.
BIOPHY RESEARCH, expert in material characterization, assists many glass manufacturers in their physicochemical analyses.
Chemical, atomic and molecular composition, physical and optical properties, surface treatments, ageing... our laboratory has many analytical solutions to solve your material problems and thus ensure the quality and performance of your products.
Our analysis...
All these problems and many others have been solved by our team. Our complete range of instruments and our expertise allow us to offer you the optimal analytical solution.
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Chemical composition of the surface of treated glass
Qualification of cleaning processes
Aging of glasses used for nuclear waste storage
Characterization of defects on crystal parts
Characterization of thin films on glass: thickness, chemical composition, structure...
...
Do you have any questions? Do not hesitate to contact us!