Blog

The electric vehicle (EV) market continues to grow rapidly as manufacturers invest in technologies that improve efficiency, reliability, and sustainability. As this growth accelerates, protecting critical metal components from corrosion becomes increasingly important. Vapor corrosion inhibitors (VCI) help the EV market address this challenge by protecting battery enclosures, electrical connectors, structural components, and other sensitive

Global manufacturing depends on the reliable transport of metal components and finished goods. However, corrosion during domestic or international transit remains a major challenge. Transit Coatings are an important solution, as temperature changes, humidity, salt exposure, and long shipping durations can quickly cause rust on unprotected metal surfaces. When corrosion occurs during shipping, manufacturers may

Many customers ask the question, what is the difference between VCI Rolls and Sheets? Both options use Vapor Corrosion Inhibitor (VCI) technology to protect metal parts from rust during storage and transportation, but each format works best in different packaging situations. VCI Rolls and Sheets are common forms of VCI packaging film used across manufacturing,

Rust is a persistent problem for metal surfaces, especially when parts are exposed to moisture, salt, or fluctuating temperatures. Using the best rust preventative can help protect these surfaces and prevent corrosion from developing, which can weaken structural components, damage equipment, and lead to costly repairs or rejected products. Choosing the best rust preventative depends

Corrosion is a constant challenge for manufacturers and distributors that handle steel coils. Moisture, humidity, temperature changes, and contaminants can quickly cause rust on exposed metal surfaces during storage or transportation. Without effective steel coil corrosion protection, rust damage can reduce product quality, create rework costs, and impact customer satisfaction. Traditionally, many steel suppliers have

Hello to the world of rust protection. I have over 30 years of experience working as a packaging engineer in various industries and have spent the last 24 years working for a tier 1 worldwide powertrain OEM supplier. At our facility, we assembled parts and sub-components that are shipped worldwide. At our facility, a primary

Rust prevention during overseas container shipping is a critical concern for manufacturers moving metal parts internationally. Imagine this scenario. You load a shipping container with metal parts and send it overseas from North America to Asia. When the container arrives, your customer reports severe rust damage throughout the shipment. Now you plan to ship another

The short answer is yes, desiccants and VCI can be used together if applied correctly. Both technologies help reduce corrosion risk, but they work in different ways. VCI releases corrosion-inhibiting molecules that protect the metal surface, while desiccants absorb moisture from the atmosphere to reduce the electrolyte that drives corrosion. Because these two technologies perform

In manufacturing, companies invest significant time and resources into protecting metal assets from corrosion during storage and transportation. However, even well-designed protection programs can sometimes fail. When this happens, many teams begin asking the same question: What to do when rust prevention fails? Many operations rely on volatile corrosion inhibitor (VCI) packaging, rust preventative coatings,

The corrosion rate in a corrosion system is influenced by many variables, including pH, temperature, electrochemical potential, electrolyte composition, and the corrosion control method applied. Because these variables interact with each other, evaluating corrosion protection methods can become complex and time-consuming. Corrosion is fundamentally an electrochemical process. When analyzing a corrosion system, electrical principles can