Applications

A fabricator controls the one moment in a beam's life when it is clean, accessible from all six sides, indoors, and lying on horses at working height. Once that steel is erected it will never be that easy again.

Coating in the shop also removes the erection-schedule pressure that quietly degrades field-applied systems. Nobody skips the second coat because the crane is booked. There is no second coat.

Connection points and faying surfaces need coordination with the engineer of record — slip-critical connections have their own requirements, and the coating stops short of them.

Spec: OR93BL at 40–60 mil over SP6 blast, 2–4 mil profile, coated same shift as blasting. Stripe-coat weld toes.

Warranty claims on equipment corrosion are expensive, slow, and reputationally costly — and they land two or three years after the sale, when the margin is long since booked.

Coating bodies, frames, decks, and enclosures on the line moves that risk off the balance sheet. Because polyurea reaches handling strength in minutes, it fits an assembly cadence: the part comes off the blast, gets sprayed, and goes to the next station in the same shift instead of into a cure rack.

For OEMs shipping into salt-belt or coastal markets, this is often the difference between a five-year and a fifteen-year cosmetic warranty position.

Spec: FJ1 at 60–80 mil on decks and load-bearing faces; OR93BL at 40 mil on frames, enclosures, and non-contact structure.

A new trailer is sold into the harshest chemical environment in ordinary commerce: brine, magnesium chloride, gravel impact, and constant flex — starting the first winter.

Coating the deck, crossmembers, underframe, and wood floor before the unit is delivered means the salt never reaches bare metal at all. There is no as-built corrosion to chase, no undercoating that cracks and traps moisture at year three, and no seam between the deck coating and the frame coating because it is sprayed as one membrane.

Spec: FJ1 at 60–80 mil on deck and floor surfaces; OR93BL at 30–40 mil on frame, crossmembers, and underside. 7001 primer over wood decking.

Vessels are the classic case for prevention, because interior remediation later means confined-space entry, ventilation, permits, and a shutdown. The economics of coating a hopper in the shop versus in place are not close.

A seamless 100% solids membrane also gives you an inspectable surface: holiday testing on a continuous film is meaningful in a way that it is not on a multi-coat system with variable inter-coat adhesion.

Spec: OR93BL at 60–100 mil on interior surfaces depending on contents; Flak Jacket Pro at 80–120 mil where material abrades the wall on discharge. Confirm chemical compatibility with us first.

Panels, purlins, girts, and clips are easiest to coat while they are still flat, stacked, and indoors. Ag implements are the same argument: a spreader, an auger, or a livestock trailer coated new never develops the pitting that later coatings have to bridge.

Prevention is especially valuable in agriculture because the service environment — ammonia, silage acid, fertilizer, daily wash-down — attacks faster than almost any industrial exposure, and the equipment sits outside between seasons.

Spec: OR93BL at 40 mil over galvanized with 7001 primer; FJ1 at 60–80 mil on implement contact surfaces and spreader beds.