CONVERSION AND PASSIVATION NANOTECHNOLOGICAL > PRIOR TO PAINTING
Chrome free, fluotitanic acid based coating chemical, used to produce on aluminium and zinc alloys a clear, colourless, chemical dried in place coating.
Nanotechnological chrome free convertion coating for aluminium and zinc alloys.
Superficial Conversion Titanium - Zirconium for aluminum and light alloys. Product with Qualicoat approval.
Acid product, fluotitanation with cobalt. Specifc product for aluminium passivation in electronics and Telecommunication Chrome free passivation for galvanized, aluminium and alloys
No rinse passivation agent for powder and liquid painting line
Chrome free multimetal nanotechnological passivating product, it can be used on surfaces cover with phosphates or complex oxide conversion coatings.
Balanced formulation for the make up of nanotechnological passivating solutions.
Fluozirconic passivating agent to form a pre-treatment conversion on replacement of the traditional amorphous and crystalline phosphates
Nanotechnological passivation pre treatment for conversion and simultaneous degreasing and cleaning action. It is mainly used in replacement of phosphodegreasers.
Nanotechnological Multimetal Nickel, Cobalt and Chrome free conversion treatment. It can be used diluited in water in spraying lines or in chemical coater. No rinsing nor passivation steps are necessary
Nanotechnological chrome free conversione and passivating product multimetal. The product is supplied ready to use on chemical coaters
Fluozirconic degreaser/pickler to replace traditional phosphodegreaser
Nanotechnological conversion coating used for chemical coater applications in one step process. After the application the part can be dried and painted. It leaves a slightly coloured coating.
Nanotechnological dry in place conversion coating free of resins to be used in spray line diluited in water.
Chrome free fluotitanation treatment to produce a conversion coating on aluminium and alloys. Characteristic of the product is a formation of a coloured layer proving the achieved conversion. Dry-in-place.