Nickel–tungsten with satisfactory corrosion properties is a promising alloy to replace hard
chromium. Relatively high adhesion between copper substrate and electrodeposited Ni–W …

This work reports on the features that Ni–W nanostructured alloys, electrodeposited on
carbon steel by different current pulse programs, may present depending on their surface …

Depth-dependent hardness variation of dimethylamine borane-reduced electroless Ni–5 wt-
% B deposits has been examined using the nanoindentation technique. The deposits were …

Ni–W alloys were electrodeposited onto copper foil from citrate solution. Coatings containing
from 11 to 21 at.% W and having 7–52 μm in thickness were obtained. The structure of these …

There is a growing focus on sustainability, characterized by making changes that anticipate
future needs and adapting them to present requirements. Sustainability is reflected in …

Nickel–tungsten nanocrystalline coatings were electrodeposited from a Watts type bath onto
a copper substrate, at different current densities selected from activation, mixed and diffusion …

Biodiesel commonly experiences oxidative and hydrolytic degradation, leading to problems
of low storage stability and corrosion of fuel containers. This study investigates the …

The precise control of tungsten content of electrodeposited nickel–tungsten (NiW) on brass
substrate was achieved by applying a well-designed pulse reverse current waveform. A …

The paper describes the influence of the addition of a stabiliser agent on the composition of
the bath and the performance of the electrodeposited nickel–tungsten (Ni–W) coatings …

The electroplating of Ni–W alloys could represent one of the most promising environmentally
friendly alternatives to replace hard chromium. However, the Ni–W process and coatings still …