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Zinc electroplating – metals covering with a layer of Zinc

s protective zinc layer (matt or gloss) providing corrosion protection. It is made by filtered baths, through electrolysis (application of 1-10 A/dm2 direct current) in a chlorides based bath (zinc chloride, potassium chloride, boric acid), in terms of tern control of the concentrations of chemical components, current etc.The acid zinc plating process used by Blando is based on a very stable, cos ...

 - [$]observation[/$]

Nickel plating – Metals covering with a layer of nickel

protective nickel layer (matt or gloss) providing corrosion protection. Metals are immersed in baths heated at 50-60 degrees, permanently bubbled and filtered, through electrolysis (application of 1-10 A/dm2 direct current) in a bath based on nickel salts (nickel chloride, nickel sulphate, boric acid), in terms of stern control of concentrations of chemical components, temperature, current etc. ...

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Aluminium Anodising - Oxidation

e purpose, is intended for: Protection against corrosion or wear; Decorative finishing, in which case the aspect and longevity are important issues; Insuring the electric-insulating properties for electric insulations; Using it as support for another electrochemical covering.   Products all our products ... ...

 - [$]observation[/$]

Zinc electroplating – metals covering with a layer of Zinc

s protective zinc layer (matt or gloss) providing corrosion protection. It is made by filtered baths, through electrolysis (application of 1-10 A/dm2 direct current) in a chlorides based bath (zinc chloride, potassium chloride, boric acid), in terms of tern control of the concentrations of chemical components, current etc.The acid zinc plating process used by Blando is based on a very stable, cos ...

 - [$]observation[/$]

Nickel plating – Metals covering with a layer of nickel

protective nickel layer (matt or gloss) providing corrosion protection. Metals are immersed in baths heated at 50-60 degrees, permanently bubbled and filtered, through electrolysis (application of 1-10 A/dm2 direct current) in a bath based on nickel salts (nickel chloride, nickel sulphate, boric acid), in terms of stern control of concentrations of chemical components, temperature, current etc. ...

 - [$]observation[/$]

Aluminium Anodising - Oxidation

s aluminium oxide, that insures the anticorrosive protection. It is made by electrolysis (using direct current) in an acid medium (sulphuric acid bath), upon strictly controlling the concentrations of the chemical components, of the temperature, current, etc. The thickness of the aluminium oxide layer obtained varies between 5 and 20 microns, depending on the destination and environment where that ...

 - [$]observation[/$]

Zinc electroplating – metals covering with a layer of Zinc

ve zinc layer (matt or gloss) providing corrosion protection. It is made by filtered baths, through electrolysis (application of 1-10 A/dm2 direct current) in a chlorides based bath (zinc chloride, potassium chloride, boric acid), in terms of tern control of the concentrations of chemical components, current etc.The acid zinc plating process used by Blando is based on a very stable, cost-effectiv ...

 - [$]observation[/$]

Nickel plating – Metals covering with a layer of nickel

nickel layer (matt or gloss) providing corrosion protection. Metals are immersed in baths heated at 50-60 degrees, permanently bubbled and filtered, through electrolysis (application of 1-10 A/dm2 direct current) in a bath based on nickel salts (nickel chloride, nickel sulphate, boric acid), in terms of stern control of concentrations of chemical components, temperature, current etc. The thickn ...

corrosion-protection