Corrosion Protection & Coatings

External corrosion never attacks a line evenly. It gathers at pipe supports, weld seams, valves, fittings, and anywhere the original coating left a gap. Metal loss builds at those points until it hits the inspection limit and the line is flagged for replacement.

Our crew prepares the steel and applies a cold-cure protective coating over the pipe body, girth welds, valves, and tank walls. The line stays in service through the work, and the corrosion clock resets on a surface that was headed for a tear-out.

New and exposed machinery faces a quieter version of the same problem. Airborne moisture, salt, and humidity off the river and the Gulf attack equipment before the factory coating has finished a single service interval. We coat exposed metal on new and running equipment alike with a barrier system rated for atmospheric exposure, so the asset picks up long-term protection right where it stands.

HVAC ductwork corrodes from the inside out where condensation pools at low points and joints. We coat metallic and masonry duct surfaces with a room-temperature system that holds up to chemical and bacterial attack, scheduled around your HVAC maintenance with no duct replacement.

Weather and atmospheric corrosion strip paint or galvanizing from beams, supports, skids, handrails, and electrical structures, and they always start at the edges and welds where the film is thinnest. Once the steel is bare the section loses thickness and the recoat interval shrinks every year.

Our crew blast-cleans the steel and applies a zinc-rich barrier coating to the structure. It stays in service through the application, and it comes out with a longer interval before the next recoat.

Handrails carry a safety stake on top of the corrosion problem. Once an anchor rusts through or a fixture pulls loose the socket is gone, and the rail is a fall hazard on stairs, walkways, and platforms.

We re-bond the post or fixture with a cold-cure structural adhesive and re-set the foot into a sound socket. The rail goes back into service with no hot-work permit and no post replacement, which keeps a welder and a fire watch off an elevated walkway.

Marine and offshore steel corrodes faster than anything topside. Tidal wetting, full immersion, and submerged exposure work on piles, risers, and structural members through the entire wetting cycle, and there is no drying the surface before you protect it.

We apply surface-tolerant coatings to wet, splash-zone, and underwater steel without ever taking the substrate dry. The structure stays protected through immersion, which is the exposure that retires this steel first.

This is field work in the conditions the asset actually lives in, not a shop process that assumes a clean, dry surface. Texas Gulf Coast refiners, petrochemical producers, and marine operators use it to hold the line on docks, intakes, and offshore structures between dry-dock windows, so the protection schedule follows the unit instead of pulling it out of service.

What you are buying here is asset life, not chemistry. A pipe headed for replacement keeps running instead. A wasting tank wall, a corroding duct, a bare structural member, and a rusted-out handrail anchor each pick up years of added service from a coating that went on in place.

Capital replacement gets pushed out, and the corrosion clock starts over on the surface that was failing.

Most of this work runs with the unit online and without hot work, so nothing gets isolated, no fire watch is posted, and no permit chases a small corrosion fix. When an outage is the only window, we work inside it and hand the asset back ready to commission.

Where a recognized standard applies, we work to it by name, and our certification as factory-trained Belzona applicators backs the system we put on your steel. The unit goes back in service protected, and you keep the downtime you would otherwise have spent replacing it.