Packaging Technology for Dry-Type Transformers with Enclosures: Triple Guarantees of Sealing, Moisture-Proofing, and Buffering Using VCI TechnologyCorrosion, moisture ingress, and physical damage during transportation and storage are some of the most significant challenges faced by industries when d
Innovative Anti-Corrosion Technology Launch: VCI-901 Water-Based Rust Converter and VCI-902 Silicone Coating UnveiledCorrosion is one of the leading causes of damage to metal surfaces in many industries. From manufacturing to construction, marine, and power sectors, businesses across the globe are s
VCI+ Vapor Corrosion Inhibition Technology: Solving the Rusting Corrosion, particularly in high-temperature and high-humidity environments, is a significant challenge for industries that deal with metal parts. It leads to costly damages, customer complaints, and operational inefficiencies. Tradition
When Corrosion Protection Fails, Have You Really Found the Root Cause?Corrosion is one of the most significant challenges faced by manufacturers when it comes to metal parts, especially in industries that deal with delicate machinery, automotive parts, electronics, and aerospace components. To preve
Corrosion is a silent but destructive force that causes billions of dollars in damage to the global manufacturing, automotive, and electronics industries every year. When metals are exposed to oxygen, humidity, or corrosive elements during storage or transit, they deteriorate—compromising product quality, safety, and functionality.
Vapor Corrosion Inhibitor (VCI) protection has become an indispensable solution across various high-value industries. As global supply chains expand, parts spend more time in transit, storage, and assembly—creating increased risk for corrosion. In sectors like automotive, aerospace, and electronics, even minor surface damage can compromise performance, reliability, and safety. VCI protection offers a clean, efficient, cost-effective method to prevent rust and degradation—eliminating many drawbacks of traditional anti-corrosion methods.
Offshore new energy projects—such as wind farms, tidal generators, and floating solar arrays—represent a rapidly growing segment of the global renewable energy market. These installations promise clean, abundant power, but they face one persistent enemy: corrosion.
In an era where sustainability and circular economy principles dominate industry discourse, packaging solutions must evolve to meet environmental imperatives. Traditional grease-based rust prevention techniques—long the industry standard—are increasingly viewed as relics of a less eco-conscious age.
In today’s global supply chains, protecting metal parts and components against corrosion is a top priority. Exposure to moisture, oxygen, and contaminants during storage or transit can lead to rust formation, pitting, and compromised performance—resulting in costly rework or warranty claims.
