Coating development

Do you need a coating adapted to your very complex surface and application ?

Our research study is the solution

Such study takes generally 4 to 6 months and includes:

Problem/project definition

Set achievable product performance goals

Litterature review

Scientific/technical papers + patent landscape

Research work

Coating development and characterization with state of the art techniques

Reporting

Presentation and reporting + Selection of the potential routes to investigate

Evaluation at lab/pilot scale

Characterization of properties and performances

Process integration

Upscaling, production and/or solution transfer

Black carbon coating

ICS proprietary black carbon coating deposited on various substrates of various dimensions and material

Antisticking coating deposited heated jaw (200°C)

Pinion gear of oil pump (F1 oldtimer)

Stampable bipolar fuel cell plate with low interfacial contact and high corrosion resistance

Sterilisable surgical instrument

Tabletting tool (wear and powder adhesion reduction)

Planet gear (wear and noise reduction)

Metallisation

A metallic layer is deposited on various substrates of various dimensions and material

Harmless Cr on YSZ technical ceramic

Ag on SiO2

Harmless Cr on glass bottle

Pure Li layer for battery applications

Al and Ti on porous carbon electrode

Au on cover slip

Bulk homogeneous Au processing of acorn nuts

Au on cover slip

Au gradient deposited on 3D SLS printed part

Harmless Cr on brass (outdoor decoration)

Harmless Cr on polymer (PP, HDPE, ABS/PC, HIPS, PA)

Uniform Au deposition on bolt

Decorative

Decorative coatings deposited on 3D parts

Black coating on high quality bike hubs

Dark grey on 3D printed parts

Dark grey on watch cases

Door handles

Nickel like floor plates

Rainbow coating on high quality bike hubs

Coating of nano/microparticle

Functionnal coatings deposited on particles at low temperature with green and sustainable technology

Wrapping of nanoparticles with cyclopropylamine based coating (dispersion in organic solvant)

Wrapping of nanoparticle with hydrophobic coating (additive material for battery electrolyte)

Wrapping of SS microparticles with unsticking coating (better flowability of additive manufacturing raw material)

Wrapping of nanoparticles with Al coating (better nano-thermite propellant)

Wrapping of hemp particles with SiO2 coating to prevent aroma escape

Wrapping hard phosporescent particles for wear reducing of polymer calendering part

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