Fire escape steel repair across all five boroughs.
A cracked joint or a corroded-through connection is a load-bearing problem before it's anything else, and we join it to AWS D1.1 standards, the code that actually governs this kind of work, not a general contractor's best guess.
When Welding Is Needed
Not every structural problem needs a weld. These do:
Where two pieces of steel used to be joined and no longer are, that's what actually restores the connection.
Once corrosion has eaten through a structural member rather than just pitting the surface, the compromised section comes out and gets replaced with new steel, joined in place.
The connection between a fire escape and the building wall carries real load. A failed or cracked bracket weld isn't cosmetic; it's the thing holding the structure to the building.
Welded vs. Bolted
These aren't interchangeable choices; they're different answers to different problems. A bolted or mechanical fastener repair works for hardware that's loosened or failed but where the surrounding steel is still sound.
A structural weld is what a fully separated connection or corroded-through steel actually needs. A bolt through compromised or misaligned steel doesn't restore real structural integrity; it just holds two weak pieces together. We'll tell you honestly which one your situation calls for, not default to whichever's faster.
Failure Points
Four spots take most of the wear on any fire escape, and each fails a little differently.
The surfaces people actually stand on take the most direct wear, and corrosion here often shows up as thinning steel before it shows up as visible damage.
Where the fire escape connects to the building. A failure here is the most serious kind, since it affects whether the whole structure stays attached to the wall at all.
Lower load than the structural connections, but a failed weld here is still a fall hazard, not a minor fix.
Drop-ladder mechanisms and stair stringers see repeated stress every time they're used, and a repair here has to hold up to motion, not just static weight.
Standards & Materials
Three things determine whether a weld actually holds: the code it's built to, the steel used, and the joint type applied.
Our work follows AWS D1.1, the American Welding Society's code for structural steel, the actual governing standard for this kind of work. This isn't a certification claim we're making up; it's a real, checkable standard. It's worth asking any contractor whether they work to it before they touch a load-bearing connection on your building.
A weld's only as strong as the metal it's joining. We match replacement steel to the grade and thickness already on the structure, not whatever happens to be on hand; mismatched steel changes how the connection actually holds up under load.
Two joint types cover most of what the structure needs. A fillet weld joins two pieces of steel at an angle; most brackets and connections use this.
A groove weld joins steel edge to edge, used where a full-strength butt joint matters more than an angled connection. Which one applies depends on the actual joint, not a fixed house method.
Our Process
Four steps, the same on every job whether it's one bracket or a full landing.
We inspect the actual connection or component before deciding anything: corrosion depth, how far separation has spread, what's still sound.
We mark exactly what needs to come out versus what can stay, rather than replacing more than the structure actually needs.
The connection itself meets AWS D1.1 standards, with steel matched to the existing steelwork.
We check the completed weld holds the load it's supposed to before we call the job done, not after.
Certified Welders
Why Welder Certification Matters for Structural Safety
A fire escape is a load-bearing structure people's safety depends on in an emergency. A bad weld on a bracket or a stair connection doesn't fail gradually the way a paint job does; it fails suddenly, under load, at the worst possible moment.
That's why welder certification isn't a nice-to-have credential here; it's the actual difference between a repair that holds and one that looks fine until it doesn't.
Fitting In
This isn't always the whole job; sometimes it's the whole reason for the call, and sometimes it's one piece of something bigger.
Sometimes a fire escape's otherwise sound and one connection just needs a weld, a cracked bracket, a separated joint. That's a standalone job. No reason to open up the whole structure over it.
Sometimes it's one piece of a bigger rebuild, corrosion spread wide enough that restoration is the right call. If that's your situation, see our fire escape restoration services for the full picture.
A welded structural repair can also resolve a condition flagged during a facade inspection. See our Local Law 11 for how that process works.
Pricing
There's no flat rate; three things move the number more than anything else.
One bracket is a different job than several connections across multiple landings.
Reinforcing sound steel costs less than removing and replacing a corroded-through section.
A street-facing fire escape is a faster job than one in a tight interior courtyard or several stories up.
Recent Project
A NYC fire escape had a cracked structural connection where corrosion had weakened the existing steel.
Our team removed the compromised section, installed matching replacement steel, and completed the structural repair. The completed connection was checked after the work to confirm the repair was secure and ready for service.
Coverage
Structural steel behaves the same way regardless of borough, but access and building type change how a welding job actually runs: tight brownstone rear yards versus open street frontage versus taller multifamily buildings.
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Text us a photo, or contact us to set up an on-site look. Either way, you'll get a straight answer on what your fire escape actually needs.
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As a NYC fire escape company, we provide painting, repair, welding, and FISP compliance support across all five boroughs.
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