Brennan Industries Brennan Black® Coating For the Most Advanced Protection Against Red Rust Corrosion
CLEVELAND Brennan Industries Inc., a leading international supplier of hydraulic fittings and adapters, announces its Brennan Black® coating, the most advanced protection against rust and corrosion.
This proprietary Bi-LENE® coating is a blend of fluoropolymer, engineered plastics and selected corrosion inhibitors that is tailored to provide specific properties for particular applications unlike conventional fluoropolymer coatings. The properties consist of low friction, strong adhesion, resistance to wear and abrasion, excellent resistance to corrosion, chipping and elements such as weather, sunlight and salt water. Field and lab tests show the coating resists corrosion past 1,600 hours of exposure making it at least 300 percent more resistant to corrosion than competitors advanced plating. It works in a wide range of temperatures from negative 420 degrees Fahrenheit to 500 degrees Fahrenheit.
The Brennan Black coating is the most advanced corrosion resistant coating available, said David M. Carr, president, Brennan Industries. The Brennan Black coating offers the highest industry standard and is the answer for protecting systems and ensuring longevity in the most cor...
The Brennan Black coating is the most advanced corrosion resistant coating available, said David M. Carr, president, Brennan Industries. The Brennan Black coating offers the highest industry standard and is the answer for protecting systems and ensuring longevity in the most corrosive and harsh environments enabling customers to save money by protecting operations and reducing replacement costs.
The Brennan Black coating is best demonstrated on steel hydraulic adapters, where it provides unparalleled performance in resistance to corrosion. The Brennan Black coating is also available throughout five additional Brennan Industries product classes. Test results are available upon request.
Published by Brennan Industries on 24 Sep 2013
6701 Cochran Road