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ZNnGardTM Zinc Nickel Nano-Structured coating system is part of an
overall strategy to replace any remaining cadmium processes and
eliminate environmental and worker safety issues while significantly
improving performance and reducing life-cycle costs.

Thickness 10 – 18 μm
Structure 𝜸 phase (12% -16% Ni)
Hardness* 400 – 500 VHN
Grain size* <100 nm
OCP vs (SHE) -0.503 V to -0.653 V
Pin on disc (ASTM G99)*0.14 – 0.34 Coefficient of friction
K factor0.24 (without lubricant)
0.17 (with lubricant)
Operating temperature -50 °F to 400 °F (-45 °C to 204 °C)
Salt spray (ASTM B117) >6000 h
Adhesion test (ASTM B571) Bend test 180° PASS
Hydrogen embrittlement
(ASTM F519)
PASS – 200 h at 75% NFS
Hydrogen Re-embrittlement PASS
Applications High and low strength steel
Standards/Specifications Meets ASTM B841 Class 2 AN
ASTM F1941
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Featured September 2022

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ZNnGard

Zinc Nickel Nano-Structured coating system designed to replace cadmium plating once and for all.

Corrosion Protection you can count on

The use of technology pioneering in the electronics industries achieved the following
• Helped refine grain size (and thereby improve hardness, corrosion resistance, friction coefficient, and appearance)
• Provided a coating with low porosity and uniform coating composition, thereby leading to good corrosion resistance
• Consistently passed hydrogen re-embrittlement (a.k.a., in-service embrittlement) testing, a critical requirement for general implementation, whereas conventional DC plating (DC-ZnNi) did not
ZNnGard is viewed as part of an overall strategy to replace any remaining Cd processes and eliminate environmental and worker safety issues, while significantly improving performance and reducing life-cycle costs