A metal shop runs on heat and sparks. When a fire follows, the equipment loss is where the claim lives.
Welding, grinding, and molten metal make ignition routine, and some metal dusts are violently reactive. Structure, heavy specialized equipment, inventory, and business interruption each settle on different rules. We document and negotiate the full loss for the policyholder.
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The structure is often the cheapest thing to replace. The real exposure is the heavy specialized equipment, the dies and tooling, the inventory and work-in-progress, and the interruption while long-lead-time equipment is replaced and production restarts.
The structure is the cheap part. The machines, the dies, and the downtime are the claim.
Metal fabrication and foundry operations combine constant ignition sources - welding, cutting, grinding, molten metal - with combustible hazards including hydraulic fluids and, in some processes, reactive metal dusts such as aluminum and magnesium. The real exposure is rarely the building. It is the heavy, specialized, often custom equipment, the dies and tooling, the inventory and work-in-progress, and the interruption while equipment with long lead times is replaced and production restarts.
These claims are won or lost in the equipment documentation, not the cleanup. Foundry and fabrication equipment is specialized, expensive, and slow to replace, and the corrosive byproducts of a fire can quietly compromise machinery and electronics far from the burn. A metal-shop claim handled casually misses the equipment valuation, the tooling loss, and the latent corrosion damage.
Heavy and specialized equipment
Furnaces, presses, CNC machinery, and custom production equipment are expensive and slow to replace. Valuation and replacement lead time drive both the property loss and the length of the interruption.
Dies, tooling and fixtures
Custom dies, molds, tooling, and fixtures can represent enormous value and may be irreplaceable on a short timeline. They are routinely undervalued in a casual scope.
Corrosion and latent damage
Combustion byproducts are corrosive and settle on machined surfaces, electronics, and controls well outside the burn area, where the damage is latent. Underscoping here is routine.
Business interruption
Specialized equipment and tooling cannot be replaced overnight. Lost production, missed delivery commitments, and an extended restoration tail routinely rival the physical damage.
The corrosion does damage the flames never touched.
A fire in a metal shop does not just burn, the smoke carries corrosive and reactive compounds, and they do not stay in the room that burned. Those byproducts travel on the air, settle on machined surfaces, controls, circuit boards, and tooling in areas that look untouched, and begin to pit metal and degrade electronics. Equipment and tooling far from the burn can be compromised even though they never caught fire, and the damage often shows up later.
This is the most underscoped element of a metal-fabrication claim, because on the day the adjuster walks through, the far end of the shop looks fine. The damage is real but latent, and the carrier's field adjuster typically is not equipped to detect or quantify it. If it is not documented early and correctly, the claim gets scoped to the visible burn and the policyholder eats the corroded equipment, the ruined tooling, and the failed controls.
What we do about it
We bring in industrial hygienists to test and document what corrosive contamination is actually present and how far it migrated, and we document the equipment, tooling, and inventory loss from records. That is the difference between the carrier's assumption that 'the rest of the shop is fine' and a documented finding of the true corrosion footprint and the equipment, dies, and controls it condemned.
The frame here is simple and it holds all the way through this claim: we document what actually happened. It just consistently turns out to be a great deal larger than what the insurance company's first scope assumed, because their method is built to see the obvious damage, not the full loss.
Equipment and tooling lead times define the loss, and the carrier wants them short.
For a metal fabricator or foundry, the income lost while you are down can exceed the physical damage, because heavy specialized equipment and custom tooling cannot be replaced overnight and production ramps slowly. Business interruption is meant to pay the profit you would have earned plus continuing expenses across the genuine restoration period, not the carrier's optimistic timeline.
This is where carriers push hardest, because there is no single 'correct' business-interruption number - there is a range of defensible ways to calculate it, and the insurer naturally reaches for the method that pays least. They will build one model on an optimistic restoration timeline and a baseline that happens to understate your normal operations.
How we push back
We do not hand the carrier one calculation and hope. We model the loss several independent ways - against equipment and custom-tooling lead times, against your order backlog and contract commitments, against the ramp to restart specialized production, mapped to how your shop actually runs - and then use those models against each other to find and substantiate the presentation that most accurately captures the full impact. The carrier's single optimistic model is rarely the honest one.
A concrete piece of that: the look-back period. The carrier may favor a multi-year average because a soft year buried in it conveniently drags your baseline down. If a bad year is not representative of normal operations, a long look-back understates the real loss and a shorter window reflects the truth. Which baseline you use can move the number substantially, and it is exactly the kind of thing a policyholder would never know to contest. We do.
None of this is inflation. It is rigor. We build the most accurate picture of what the interruption actually cost you - and on these losses, the accurate picture is consistently and significantly larger than the carrier's first model, because their method is built to compress the timeline and shave the baseline.
in estimated annual direct property damage from U.S. industrial and manufacturing structure fires.
NFPA, Fires in U.S. Industrial or Manufacturing Properties
recovered for Texas policyholders across complex property and fire claims.
Crossroads Insurance Recovery Advocates
documenting and negotiating Texas property and fire losses for the policyholder.
Crossroads Insurance Recovery Advocates
The shortfalls in these claims are predictable. So is how we fight them.
Large losses in this sector are contested on a handful of recurring fronts. None of these mean the carrier is acting in bad faith, it means the policy is complex and the default reading of it favors the insurer unless someone pushes back with documentation. Here is what they try, and what we do about each.
On heavy specialized equipment the gap between replacement cost and depreciated value is enormous.
Our move: we document replacement-cost entitlement and the true cost of like-kind equipment including lead times and fabrication, so depreciation is not applied to property you are entitled to replace at full cost.
Custom dies, molds, and tooling are routinely undervalued, and their replacement lead time is often ignored.
Our move: we document the true value and replacement reality of custom tooling and fixtures, which are frequently among the most valuable and most overlooked items in the loss.
Carriers scope to the visible burn and resist paying for corrosion damage to equipment and controls elsewhere.
Our move: we use the hygienist's documented findings to establish the true corrosion footprint, including machinery and electronics the walkthrough never tested.
The shorter the assumed timeline, the less BI the carrier owes, and insurers ignore equipment and tooling lead times.
Our move: we reconstruct the genuine timeline from equipment and custom-tooling lead times and the slow restart specialized production requires, and model the loss multiple ways.
A rebuilt facility usually cannot go back in 'like for like' without meeting current code.
Our move: we identify the code-driven upgrades the rebuild actually requires and tie them to ordinance-or-law coverage so the real cost is captured.
The insurance company's adjuster works for the insurance company.
After a major loss, the carrier sends its own adjuster, and often a forensic accountant and engineering consultants, all retained by the insurer. They are competent and they are not neutral; their job is to resolve the claim on terms favorable to the company that pays them. A public adjuster is the licensed counterweight: we represent the policyholder only, we build and present the claim, and we negotiate the settlement.
On a metal-fabrication or foundry loss the asymmetry is the whole problem. The carrier brings specialists. If the policyholder brings a contractor's estimate and hope, the outcome is decided before the negotiation starts. We level the table, document the full loss with the same rigor the carrier's experts bring to minimizing it, and we are compensated as a percentage of what we recover, so our incentive is your number, not theirs.
What happens after you call.
Loss review and policy analysis
We read the actual policy - limits, coinsurance, equipment and tooling valuation, ordinance-or-law, exclusions - and assess the full scope before anyone commits to a number.
Document everything, including the latent corrosion
Structure, heavy equipment, dies and tooling, inventory, and corrosion outside the burn area. We bring in industrial hygienists to document the true corrosion footprint, while the evidence still exists.
Build the business-interruption claim, modeled several ways
From real production and financial records: equipment and tooling lead times, order backlog, the restart ramp, and the right look-back baseline, modeled independently and used against each other to substantiate the full loss.
Present, negotiate, and settle
We present the documented claim, contest the predictable shortfalls, and negotiate the settlement on your behalf through to resolution.
Questions metal fabricators and foundries ask.
The far end of the shop looks fine. Is there really damage there?
Often, yes, and it is the most overlooked part of these claims. The smoke from a metal-shop fire carries corrosive compounds that settle on machined surfaces, controls, and circuit boards well outside the burn, where they pit metal and degrade electronics, sometimes showing up weeks later. Industrial-hygienist documentation establishes the true corrosion footprint, which is the difference between scoping the visible burn and capturing the real equipment loss.
Will the carrier actually pay to replace my specialized equipment and tooling?
That is a central fight. On heavy specialized equipment and custom tooling the gap between replacement cost and depreciated value is enormous, and the lead time to replace is real and often ignored. Custom dies and tooling in particular are routinely undervalued. We document replacement-cost entitlement and the true replacement reality so depreciation is not applied to property you are entitled to replace, and the tooling is fully accounted for.
How far does corrosion damage extend after a fire?
Usually further, and later, than the carrier's initial scope. Corrosive byproducts travel on the air and settle throughout the facility, and the damage to machinery and electronics can be latent, surfacing after the claim would otherwise be closed. Documenting it early with hygienist testing is what keeps the latent damage in the claim instead of becoming the policyholder's problem.
How is business interruption calculated for a metal shop?
From your real production and financial records, modeled several ways - against equipment and custom-tooling lead times, order backlog, and the ramp to restart specialized production. The heavy equipment and tooling cannot be replaced overnight, so those lead times are the heart of the loss, and the carrier has every incentive to compress the timeline. The look-back baseline matters too. It is rigor, and the rigorous number is consistently larger than the carrier's first model.
What does it cost to hire a public adjuster?
We work on a percentage of the recovery, with no upfront cost. We are only paid if and when you recover, which aligns our incentive with maximizing your settlement. Fee specifics are discussed up front before you commit to anything.
Tell us what happened. We will tell you straight whether you have a fight worth having.
No cost, no obligation. The fastest path is the phone - for a major loss, call and talk to a person today. A licensed Texas public insurance adjuster will review the loss with you.
713-369-4300Start a claim review
Tell us what happened. A licensed Texas public adjuster will review the loss with you, and tell you straight whether you have a fight worth having. The review is free.
A major loss is decided in the first moves. Make yours count.
Talk to a public adjuster who works only for you. No upfront cost - we are paid a percentage only if you recover.
713-369-4300Crossroads Insurance Recovery Advocates · TDI License 1924788
Don't take our word for it
- Great Lakes Power Vac: combustible-dust overview - aluminum and magnesium dusts among the most reactive industrial combustible materials in metal fabrication
- Fire Engineering: combustible dust fires and explosions, spanning metal fabrication and the dust-collection-system ignition mechanism
- National Fire Protection Association (NFPA): Fires in U.S. Industrial or Manufacturing Properties (estimated $507M+ annual direct property damage)
- IRMI: the property-policy definition of pollutants (smoke, soot, fumes, acids) relevant to corrosive fire byproducts
- Understanding the coinsurance clause in commercial property insurance: replacement-cost vs. actual-cash-value valuation for specialized equipment