News

A new approach to tank coatings gives a ceramic finish to prevent damage and the potential for corrosion to spread. Read the full article on Hazardous Cargo Bulletin here.

Corrosion of steel, aluminum, and other structural metals erodes the safety and financial stability of industries and countries alike. Chemically-bonded phosphate ceramics create a passivation layer that stops corrosion, protected by a tough ceramic outer layer that is ideal for bridges. Fighting corrosion in bridges, ships, tanks, planes, and equipment… 

A new inorganic spray-on protective coating technology developed by scientists with EonCoat provides protection to metal through a chemically bonded phosphate ceramic (CBPC). Download PDF

Corrosion of steel, aluminum, and other structural metals erodes the safety and financial stability of industries and countries alike. For generations, polymer paints have acted as a physical barrier to keep corrosion promoters such as salt water and oxygen away from steel and aluminum substrates. This works until the paint… 

For coating contractors, a new type of ceramic coating has promise in reducing labor by increasing the speed of application and flexibility of application times. Download PDF

Corrosion Resistant Coating Helps Utility Extend Equipment Life, Reduce Costs The ceramic coating had no problem spraying in cold Michigan weather, And, for lasting corrosion protection in everything from cars, trucks, trailers and tractors to boats, buildings, bridges and industrial equipment, I see EonCoat ceramic coating as a game changer.… 

Anti-Corrosion Coating EonCoat said that its new chemically bonded phosphate ceramic coating bonds through a chemical reaction with substrates, creating a ceramic shell that resists corrosion, fire, water, abrasion, chemicals and temperatures to 1,000° F. Consisting of two, non- hazardous ingredients that do not interact until applied by a plural… 

Product and Software Guide EonCoat said that its new chemically bonded phosphate ceramic coating bonds through a chemical reaction with substrates, creating a ceramic shell that resists corrosion, re, water, abrasion, chemicals and temperatures to 1,000° F. Consisting of two, non-hazardous ingredients that do not interact until applied by a… 

Corrosion: eating the oil from the inside out In the oil and gas industry, while traditional corrosion protection has relied mostly on short-lived physically-bonded coverings of substrate surfaces such as tapes, elaborate three-part coating systems (zinc, epoxy, and urethane), and cathodic protection, these merely attempt to lengthen the time before… 

Ceramic Coating Aims To Protect Exposed Pipelines A new category of anti-corrosion coating is considered ideal for corrosion protection of oil and natural gas pipelines. Chemically bonded phosphate ceramics (CBPC) can create a passivation layer that stops corrosion while being mechanically protected by a tough ceramic outer layer. Click here…