EcoTri® NoCo 2.0

 

High-performance cobalt &

 

fluoride-free passivate

Corrosion protection

Up to 168 hours against white corrosion in rack applications and up to 144 hours in barrel application

Extraordinary stability

No significant changes in appearance or evidence of corrosion after baking at
210 °C for 6 – 8 hours

Environmentally sound

Cobalt and fluoride-free thick film passivate offering the same high performance as cobalt-containing passivates

Electroplating bath zinc
  • Iridescent passivate for alkaline and acid zinc
  • No decrease of corrosion resistance after hydrogen de-embrittlement baking (210 °C, 6 – 8 h)
  • Excellent color stability after heat treatment
  • Very low zinc dissolution rate
  • Cobalt and fluoride-free
  • Also compatible with lubricated sealer e.g. Corrosil® Plus 315L (CoF 0.15 ± 0.03)
Automotive_low
  • Alkaline and acid zinc deposits
  • Fasteners and automotive applications
  • Rack and barrel plating

EcoTri® NoCo 2.0

High-performance cobalt and fluoride-free passivate

EcoTri® NoCo 2.0 is a Cr(III)-based iridescent passivate for zinc surfaces. The newest generation, which is completely cobalt- and fluoride-free, offers an innovative feature that is unique to cobalt-free passivates: the ability to withstand hydrogen de-embrittlement baking even after passivation.

After baking at 210 °C for 6 – 8 hours, EcoTri® NoCo 2.0 exhibits no significant changes in appearance or evidence of corrosion.

The iridescent passivate can be applied over alkaline and acid zinc deposits and is suitable for fasteners and automotive applications. With protection against white corrosion lasting up to 144 hours in barrel applications and up to 168 hours in rack applications (NSST after baking), EcoTri® NoCo 2.0 offers the same high performance as cobalt-containing passivates.

What inspires us

Why we developed EcoTri® NoCo 2.0

Your challenge

The interest in sustainable coatings is growing due to regulations as well as increased environmental, health and safety awareness. Passivates increase the corrosion resistance of surfaces, however often contain substances such as cobalt and fluoride to stabilize the process. Especially cobalt-free products can show discoloration and drop of corrosion performance after backing.

Our solution

With EcoTri® NoCo 2.0 we provide an outstanding cobalt-free solution offering the same high performance as cobalt-containing passivates. Unique to cobalt-free passivates it can withstand hydrogen de-embrittlement baking even after passivation. After baking at 210 °C for 6 – 8 hours, EcoTri® NoCo 2.0 exhibits no significant changes in appearance or shows evidence of corrosion.

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