Unleashing the power of magnetron sputtering
Carewave Shielding Technologies develops new shielding solutions based on the deposition of dense thin films using the Magnetron Sputtering technology.
Carewave Shielding Technologies had adapted this technology to coat new organic materials that are flexible and thin such as plastics, different types of carbon, paper and fabric.
Performed inside a special device called a sputter, this process consists in ejecting the atoms from the target material by bombarding it with ions. Sputtering generally uses argon ions. Inside a vacuum chamber with a reactive plasma, the atoms can penetrate the material to form a very thin film (< 2µm) that is perfectly conductive, extremely solid and very light-weight. To improve the deposition performance, a magnetic field is generated on the surface of the substrate: the electrons are therefore concentrated around the substrate, which maintains the ionized atoms near the surface to be sputtered.
Boosted by its experience and know-how, Carewave Shielding Technologies now provides industry players with the very best features of this technology, having enhanced the efficiency, performance and selectivity of the process.
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Expertise & Skills
- Thin-film calculations
- Design and development of EMC processes
- Design and development of optical thin film processes
- Preproduction of thin films
- Development of industrial coating processes
- Vacuum deposition of thin films
- Electromagnetic wave propagation
- Plasma physics
- Optics
- Optoelectronics
- Mechanics (electromechanics, structural mechanics, strength of materials)
- Electricity
- Environmental hazards
- Measurements and tests
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