Development of a Test Method: Evaluating Nonskid Performance under Thermal Loading

from JPCL, November 2019 ; by Colton Spicer, Cameron Miller, Jimmy Tagert and John Wegand, Naval Research Laboratory; and Dr. Erick Alley, Naval Surface Warfare Center

Military performance specification, MIL-PRF-24667, governs the vetting and qualificat...

Righting the Ships: Coatings Come Through for U.S. Navy Vessels

from JPCL, September 2019 ; by JPCL Staff

SSPC presented two 2019 Structure Awards for recent coating work performed on two U.S...

The Effect of Feathering on Coating Performance

from JPCL, June 2019 ; by Patrick Cassidy and Michael Kibler, Elzly Technology Corporation; and Cameron Miller, Paul Slebodnick and James Martin, U.S. Naval Research Laboratory

Feedback from waterfront personnel performing maintenance painting for the U.S. Navy ...

Evaluating Material Loss of Steel Under Protective Coatings in Marine Environments

from JPCL, April 2018 ; by Patrick Cassidy and James A. Ellor, P.E., Elzly Technology Corporation; and John Wegand, James Martin, Paul Slebodnick and James Tagert, U.S. Naval Research Laboratory

Over the past 20 years, the U.S. Navy has implemented the use of advanced ultra-high-...

Single-Component Polysiloxane Topcoat for Navy Surface Ships

from JPCL, November 2016 ; by Erick Iezzi and James Tagert, U.S. Naval Research Laboratory

This article details a recently developed, novel moisture-curable, haze gray single-c...

The Buzz

from JPCL, May 2016

Polysiloxanes and the U.S. Navy

from JPCL, March 2016

Polysiloxanes and the U.S. Navy

Gaining Traction: Low VOC and Sprayable Siloxane Non-Skid/Non-Slip Coating

from JPCL, November 2014 ; by Erick Iezzi, James Tagert, James Martin, Paul Slebodnick and John Wegand U.S. Naval Research Laboratory, Center for Corrosion Science and Engineering

This article details the development and testing of a sprayable siloxane, non-skid co...

News

from JPCL, May 2013

Project Preview

from JPCL, May 2013