SiKÉMIA is a French company with expertise in material surface functionalization. Our products and services fill the needs of industrial companies whatever their size. SIKÉMIA helps manufacturers to solve technical difficulties thanks to material surface functionalization.
Surface Functionalization provides new properties to the surface of a material. These properties can be physical, chemical or biological. SiKÉMIA technology focuses on chemical surface functionalization via coupling agents. SiKÉMIA proposes a specific methodology which combines the development of innovative coupling agents with chemical surface functionalization. This approach offers a much broader spectrum of surface functionalities and substrates than other existing methods.
We create innovative coupling agents
With a strong experience in collaborative projects, SiKÉMIA is looking for participating to European projects as partner in surface functionalization or linker synthesis.
Silkéo is a research project of SiKÉMIA dedicated to the surface functionalization of pigments. Through the Silkéo project, SiKÉMIA offers licenses of its patents to the color industry.
Come now and discover innovative molecules !Product catalog contains Organosilyl and organophosporous compounds
You are looking for a specific molecule designed for your research project. We propose assessment, research and development for an original compound, in Silicon, Phosphorus and Sulfur chemistry.
SiKÉMIA offers to develop a specific methodology in order to give the surface property you need.
With a technical platform made of a large range of scientific instruments, SiKÉMIA provides qualitive measurments and/or characterizations for your molecules, materials or functionalized surfaces.
Surface Functionalization fits with the needs of a lot of sectors that is why SiKÉMIA is commenly involved in a number of R&D projects.
If your company has special requirements that are not met by our products, we offer professional services for product customization :
SiKÉMIA surface functionalization process does not alter the transparency nor the appearance of the materials. Indeed, these layers are not visible with naked eye, this is why we also propose our services, to carry out a study according to your wishes. Thanks to a well-equipped technical platform we can quickly characterize :
The health sector is a very sensitive field of research. Patient lifespan can be increased by detecting a disease at an early stage.
The aim of the SUPREME-B project is to develop a highly-sensitive, metal-free LSPR biosensing technology based on infrared SPR and SEIRA techniques Visit the dedicated website www.supreme-b.edu.umontpellier.fr
The aim of the « Initial Training Network » PROMIS is to train young researcher in the field of photonics.
The domains of investigation are 4 very promising photonic sectors : semiconductors based plasmonics, nanostructured semiconductors, hydrogenated semiconductors and metamorphism structures. Visit the dedicated website www.physics.lancs.ac.uk/promis/
The EIROS project will develop self-renewing, erosion resistant and anti-icing composite materials for use in extreme environments (high erosion and very low temperature). Potential end user applications are numerous and the initial focus will be on wind turbine blades, aerospace leading edges and cryogenic storage tanks for space applications. Visit the dedicated website www.eirosproject.com
The H-CCAT project devises solid hybrid materials that are superior catalysts for C-H activation on aromatic compounds, and develops innovative procedures to produce and shape these catalytic materials in an economically and environmentally beneficial way. The catalysts will allow sustainable production of pharmaceutically relevant compounds or other specialty chemicals. Visit the dedicated website www.h-ccat.eu
We provide new surface properties