MNDOT Utilizes Virtual Bridge Inspections

To restore a 19th-century bridge in Minneapolis, officials from Collins Engineers are working with the Minnesota Department of Transportation on incorporating Microsoft HoloLens headsets wit...

Snake-Like Robot Designed for Underwater Pipelines

Developed by Norwegian technology company Eelume Subsea Intervention, a six-meter-long, snake-like robot is making its debut with intentions to serve the deep-sea oil and gas industry.

Rare Mineral Strengthens Concrete Materials

Researchers from Nagoya University have recently discovered a rare concrete-strengthening mineral within the walls of a decommissioned power plant in Japan.

A Look at Effective Quality Control Practices

by Alex Thrasher

Quality control programs and reporting are nothing new to the protective coatings ind...

Learning to Serve

by Warren Brand

When I started my corrosion mitigation consulting firm in 2010, I had one fundamental...

What is the name of a recently developed autonomous disruptive technology, designed to perform maintenance, inspections and repair on underwater infrastructure?

Traditional epoxy phenolic coating technology for CUI mitigation recommends a film thickness for each coat to be typically __ - __ mils.

Recently, international engineering firm Thornton Tomasetti announced the launch of a software that uses artificial intelligence to identify and assess damage and deterioration in building envelopes and structures. Do you think the T2D2 software will be successfully adopted by building inspectors?

Michigan Department of Transportation has recently adopted the use of unmanned, remote-control boats for conducting bridge inspections. Do you think the safer, less labor-intensive technology will become favorable by other DOTs for bridge inspections?

Where are errors most likely to occur when measuring dry film thickness on steel, and how can they be avoided?

Is there any problem measuring the DFT of an MIO coating using an electromagnetic induction gauge?

Analysis of Coating Blister Failures and Associated Coating and Substrate Risks

from JPCL, April 2020 ; by Michael Kibler and Patrick Cassidy, Elzly Technology Corp.; and and Jay Ong, Naval Surface Warfare Center, Carderock

For years, the causes and mechanisms of blistering have been studied to determine its...

Coatings Conversation

from JPCL, October 2019

ACI Quality Control Webinar

February 2, 2021

Industrial Masters Course

May 14 - May 15, 2019

Free Webinar: Using SSPC-PA 2 Effectively

June 21, 2017

E-Book: Achieving Efficiency in Abrasive Blast Cleaning

This eBook consists of articles from the Journal of...

Resource Guide: Coatings Equipment and Materials for Extreme Temperatures & Conditions

Sponsored by Sherwin-Williams; PPG/HiTemp; DRYCO; ITW Polymers Coatings; Jotun

From sub-zero to more than 1000° F, from caustic chemical...

Sponsored Content

Solutions for Coating Thickness Measurement

Sponsored Content

Video: Tools that Measure Ambient Conditions

Sponsored Content

Dry Film Thickness Measurement, Scanning Probe vs. Standard Probe

Architectural Coatings: A PaintSquare Video Education Series

A collection of archived webinars focused on architectural coatings.

Concrete: A PaintSquare Video Education Series

A collection of archived webinars focused on concrete coatings and maintenance.

Standard Test Method for Measurement of Coating Thickness by X-Ray Spectrometry

issued by ASTM

5.1 This is a sensitive, noncontact, and nondestructive method for measuring the coating thickn...

Standard Practice for Locating the Thinnest Spot in a Zinc (Galvanized) Coating on Iron or Steel Articles

issued by ASTM

2.1 This practice is designed to locate the thinnest portions of the zinc coating on newly coat...

Coating Technical File in Accordance with the IMO Performance Standard for Protective Coatings

issued by NACE

This standard describes requirements and guidelines for ways of organizing and maintaining the ...