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Industrial Consulting
- qualitative analyses related to the
coating and surface finishing of metals
- study and suggestion of alternative
and/or complementary processes to integrate the techniques
traditionally employed in surface finishing. We specifically
care for the introduction of innovative, technologically
more advanced methods, that turn out to be both more reliable
in terms of results and cleaner in terms of environmental
impact
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assistance and supervision
for testing and assessing new finishing procedures
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definition and coding
of quality control systems, both in the context of
traditional production processes and in that of possible new
finishing procedures, obeyance of the main
international standards and requirements is naturally
guaranteed
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assistance in the choice of products and suppliers
and in the installation of possible new processes and plants
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study and optimization
of plants for the treatment of wastewater produced in
these processes
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Study and assessement of alternative processes
- Degreasing of brass artefacts with solvents completely replaced by water detergents with a very low environmental impact
- Electroforming of golden artefacts
Proposal and optimization of the production phase for technologically state of the art finishings
- PVD plants for innovative decorative coatings on metal
substrates
- Plants for the electrolythic polishing of titanium
Planning and assistance for the realization of
industrial plants
- Large size plants for electrophoretic painting of high
quality brass handles
- Plant for chromium decoration of alluminum profiles up
to three meters in length
Technological optimization of traditional plants
for:
- Electropolishing of stainless steel
- Special electrochemical line for deposition aimed at PVD coatings
Study and optimization of plants concerned with
water waste, both through traditional techniques and experimenting
innovative methods:
- Zero discharge plant for water waste from an
electrochemical plant with a capacity of TOT mc
- Plant for the removal of heavy metals from the wastewater
of electrochemical industry through use of bacteria.
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