We source raw materials from LME-approved brands, maintaining a purity level of 99.995%. This guarantees consistent performance, reduces impurities and enhances reliability in metallizing and coating applications.
Our zinc wires are highly conductive, making them ideal for critical processes like arc and flame spraying. This ensures efficient energy transfer and strong coating adhesion.
We follow a strict production process to manufacture zinc wires with a smooth, contaminant-free surface. This reduces nozzle clogging and ensures consistent flow for an even coat, improves operational efficiency and results.
We manufacture a variety of zinc wires in different diameters and specifications to meet unique customer requirements and optimise performance.
Zinc wires are used in thermal spraying to protect metal surfaces from corrosion.
Ship decks are often coated with zinc to resist corrosion from harsh marine conditions.
Zinc coatings on gas cylinders enhance corrosion resistance and prevent leaks.
Zinc metallizing is used in shielding steel bridges from corrosion, extending their lifespan.
Zinc coatings reduce corrosion in heavy machinery and vehicles that are often used in environments that can cause corrosion..
Zinc wire is used in manufacturing
conductive electrodes, improving capacitor efficiency.
Zinc wires should be stored in a clean, dry, and well-ventilated area- away from moisture, chemicals and extreme temperatures. Proper storage prevents oxidation, corrosion and contamination, ensuring optimal performance during application.
Yes, our zinc wire is manufactured to consistent dimensions and mechanical properties, making it compatible with a wide range of automated and manual thermal spray systems. This ensures smooth feeding, stable arc performance and a uniform coating.
Before spraying, zinc wire should be checked for cleanliness and surface condition. Any dust, oil or contaminants should be removed to ensure smooth feeding, stable arc formation, and high-quality coating results.
Yes, our zinc wires are 100% recyclable. Off-cuts, overspray dust and spent coatings can be collected and processed for recycling.
Yes- wire diameter impacts feed rate, spray pattern and coating thickness. Thicker wires are suited for high-deposition applications, while thinner wires allow more precise control and finer surface finishes. We offer multiple diameters to match performance requirements.
