To optimize hydropower pumped storage and resolve groundwater leakage issues such as infiltration and exfiltration, more facilities are turning to advanced waterproofing methods such as polyurea coatings and linings.

Named after the former U.S. Senator, the center claims to be the first major facility to be named after a woman. But the building was built in 1957, and it was in dire need of some repairs. That’s where the crew from Chamberlin Roofing & Waterproofing came in.

The color blue is often associated with the sky, the sea, and several types of fish. It should be no surprise then, that when the owners of Boston Sword & Tuna needed a new floor, they went for something blue there, too. That the chosen floor was also chemical resistant and antimicrobial made it one great catch!

When Erik Marks got a job to do a custom floor coating for Scottsdale, Arizona-based Spooky Fast Custom Finishing, he did not know the name would also apply to his job timeline.

To transfer the oil from the trucks, secondary containment areas needed to be built at the crude oil gathering terminal. For use during the oil transfer, Hawkeye Oilfield created and coated three of those secondary containment areas.

Keeping the airline’s fleet of 725 planes in top shape is priority one for the carrier and is managed through the company’s Technical Operations Centers (TOC).

As a part of the renovation of the Kay Bailey Hutchinson Convention Center in the heart of Dallas, Texas, Chamberlin Roofing & Waterproofing was called in to assess and rehabilitate many areas of the convention center campus.

With any coatings job, there’s a recipe for success. The ingredients depend on the project, but the general equation is the same. Substrate + Intended Use + Proper Coatings and Application = System Success.

A Manhattan flooring contractor recently stumbled upon an opportunity to help Dur-A-Flex seamless, resinous flooring make its fashion debut…and find a new niche for his contracting business at the same time!

When it comes to moisture content within concrete substrates, it’s all about water and pressure. Water is the lifeblood of concrete — without enough water in a concrete pour, the substrate is weak and will crumble.