by uday@kerkarmedia.com | May 26, 2026 | Zinc
Key Highlights Zinc-aluminium wire (ZnAl15) delivers 2-3x the corrosion service life of pure zinc wire in C4-C5 environments per ISO 12944. Pure zinc wire remains the preferred choice for sacrificial galvanic protection of rebar and mild inland exposures. Coating...
by uday@kerkarmedia.com | May 26, 2026 | Zinc
Key Highlights 99.995% purity (Special High Grade) is the internationally recognised minimum standard for zinc wire used in structural thermal spray corrosion protection. Lead contamination above 0.003% in zinc feedstock creates brittle grain boundary phases that...
by uday@kerkarmedia.com | Apr 3, 2026 | Zinc
ZnAl wires, or Zinc–Aluminium alloy wires used primarily in thermal spray metallizing have played a decisive yet often understated role in modern corrosion protection. Zinc–aluminium alloy wires address the shortcomings of using only zinc or aluminium coatings,...
by uday@kerkarmedia.com | Apr 3, 2026 | Zinc
Metallizing, also known as thermal spray coating has played a decisive yet often understated role in extending the service life of industrial assets. Long before corrosion protection became a quantified engineering discipline, metallizing emerged as a practical method...
by uday@kerkarmedia.com | Jan 6, 2026 | Zinc
Every electronics manufacturer, capacitor producer, and industrial coating specialist working with lead-free metallizing eventually needs a feedstock alloy that can deliver excellent solderability, non-toxicity, and corrosion resistance all at once. That is where tin...
