Protection from corrosion is vital for safeguarding infrastructure and equipment, reducing costs, ensuring safety, and maintaining the reliability and longevity of critical electrical and electronic ...

Keeping steel structures safe from corrosion is difficult, but traditional coatings contain chemicals that harm aquatic life. Bernhard Münzing explains how graphene could offer a more eco-friendly ...

Corrosion within a heating system often determines its useful lifespan, as different metals are susceptible to corrosion in various ways. It's crucial to take proactive measures to protect central ...

While traditional methods like painting and hot-dip galvanization have been widely adopted, the persistent pursuit of innovation has driven the development of advanced surface treatment technologies.

Steel structures face constant exposure to moisture, pollutants, abrasion, and temperature shifts. Over time, these factors lead to corrosion, reducing the strength and safety of bridges, utility ...

Cathodic corrosion protection is widely used, but how it works exactly has been unclear and disputed by experts. ETH researchers propose a mechanism that resolves the apparent contradictions between ...

Paint or hot-dip galvanize? This tool may help you decide. A large percentage of a generating facility’s budget is often dedicated to maintenance of steel structures, repairing or replacing steel ...