Blog
Calculating Deposition Efficiency: Reducing Material Waste in Zinc Arc Spraying
For any fabricator, EPC contractor, or...
The Galvanic Series in Action: Why Zinc Sacrifices Itself While Barrier Coatings Fail
Every structural engineer, corrosion specialist,...
Zinc Wire for Electromagnetic Shielding: Technical Parameters and Industry Applications
Key Highlights Thermally sprayed zinc creates a...
Arc Spray vs Flame Spray: A Technical Comparison for Industrial Zinc Coating Applications
Key Highlights Arc spray delivers higher coating...
How to Select the Right Zinc Wire Diameter for Arc Spray and Flame Spray Systems
Key Highlights 3.17mm (1/8 inch) is the dominant...
Zinc Wire vs Zinc-Aluminium Wire: Which Thermal Spray Material Delivers Superior Corrosion Resistance?
Key Highlights Zinc-aluminium wire (ZnAl15)...
High-Purity Zinc Wire (99.995%): Why Feedstock Purity Determines Coating Performance
Key Highlights 99.995% purity (Special High...
History of ZnAl Wires
ZnAl wires, or Zinc–Aluminium alloy wires used...
History of Metallizing: Evolution, Industrial Adoption & Modern Applications
Metallizing, also known as thermal spray coating...
What Are Tin-Zinc Wires and Why Are They Used in Industrial Coatings?
Every electronics manufacturer, capacitor...
What Are Zinc-Aluminium Wires and How Do They Protect Metals?
When structural engineers and corrosion...
What Are Zinc Rods and How Are They Used in Industrial Coatings?
Zinc rods occupy a critical but often overlooked...
Use of Zinc in electronics
Zinc is not the first element that comes to mind...
10 Lesser-Known Industrial Applications of Zinc Rods
Key Highlights Zinc rods have at least 10...
Extending Structural Lifespan: The Game-Changing Power of Thermal Spray Zinc Coating
CeeDee Metalloys is a leading manufacturer and...
Calculating Deposition Efficiency: Reducing Material Waste in Zinc Arc Spraying
For any fabricator, EPC contractor, or galvanizing alternative shop running twin wire arc spray equipment, zinc wire is one of the largest recurring line items on a project budget. Yet a surprising number of metallizing operations never measure how much of that wire...
The Galvanic Series in Action: Why Zinc Sacrifices Itself While Barrier Coatings Fail
Every structural engineer, corrosion specialist, and fabricator making coating decisions for long life steel structures eventually confronts the same fundamental question: why does a zinc coating continue to protect steel long after it has been scratched, cut, or...
Zinc Wire for Electromagnetic Shielding: Technical Parameters and Industry Applications
Key Highlights Thermally sprayed zinc creates a continuous conductive layer that attenuates electromagnetic waves through reflection, absorption, and multiple internal reflection mechanisms. Shielding effectiveness (SE) of 40-60 dB is achievable with 100-200...
Calculating Deposition Efficiency: Reducing Material Waste in Zinc Arc Spraying
For any fabricator, EPC contractor, or galvanizing alternative shop running twin wire arc spray equipment, zinc wire is one of the largest recurring line items on a project budget. Yet a surprising number of metallizing operations never measure how much of that wire...