Vacuum Parts and Alloy Targets for Sputtering | SELCOS
Corporate vision of SELCOS Co., Ltd. is a world-class company that will try unceasingly to be modest, trustworthy, and passionate to its customers all over the world.
Now SELCOS has grown to be well recognized
for its operational excellence of sputtering and coating-deposition process
based on its proprietary high-vacuum thin-film technology and Nano-technology
that is cultivated since its establishment in 2007.
Its cutting-edge technology and system are
specialized for depositing industrial thin film and for the display sputtering
system as well as the large vacuum area distribution system. Its Nano-thin film
coating process is suitable for the product development services and the alloy
sputtering target.
SELCOS Vacuum Parts and Alloy Targets for
Sputtering are self-made alloy targets for efficient and reliable cathode
sputtering, and supply organic and inorganic deposition sources and related
components. depositing industrial
thin film evaporator
Sputtering is a proven technology capable
of depositing thin films from a wide variety of materials onto diverse
substrate shapes and sizes. The process is repeatable and can be scaled up from
small research and development projects to production batches involving medium
to large substrate areas.
Alloys can be manufactured by various
routes, the most widely used being to melt the constituents together and to
cool the resultant mixture to form a single or multi-phase solid.
Alloys made by combining two or more
metallic elements generally have good thermal and electrical conductivities.
Compared to pure metals they have much more extensive industrial applications
and so are more common in daily life. nano thin film coating
supplier
SELCOS
Sputtering Cathode
ü Type: Planar, Round, Hexagon, Cylindrical type magnetron gun
ü Size: up to 2,000mm
ü Target Material: Metal, Oxide, TCO.
SELCOS
Sputtering Target
ü Target Material: Metal (Silver, Gold, Titan Color)
SELCOS
Evaporation Source
ü Type: Point cell, linear cell
ü Volume: Host and Dopant (from 3cc ~)
ü Material: Organic and Inorganic material
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