New Orleans ironwork is built to outlast generations, but even the toughest gates, railings, balconies, and fences eventually meet their match in Gulf Coast humidity, salt air, driving rain, and decades of seasonal storms. When rust takes hold, welds crack, or a hurricane pushes your fence off its footings, you need a repair team that understands the metal, the history, and the neighborhood. Big Easy Iron Works handles all iron repair work across the New Orleans metro, from a single corroded hinge on a Garden District gate to full post-re-anchoring after storm damage in Metairie.
We work on wrought iron, cast iron, and mild steel. We understand what the Historic District Landmarks Commission (HDLC) approves and what it does not. And we carry the tools, welding equipment, and finishing materials to get repairs done right the first time, without a follow-up visit six months later when the patch rusts through again.
Table of Contents
Iron fails in predictable ways given our climate. Here are the seven categories of repair work we handle most often in the New Orleans area.
Surface rust is the most common iron problem in southeastern Louisiana. Salt-laden air accelerates oxidation, and once it starts, it spreads underneath paint layers you cannot see. We remove loose rust mechanically with wire brushing and grinding, then apply a phosphoric acid rust converter to chemically neutralize remaining oxidation and convert it to iron phosphate. This creates a stable base that primer and topcoat can bond to. Skipping the converter step and painting over active rust is the number one reason iron repairs fail prematurely. After treatment, we apply an oil-based primer and a weather-resistant topcoat rated for coastal environments, consistent with EPA weather-resistant finishes guidance for humid climates.
Structural cracks in gates, railings, and fences are not cosmetic problems. A cracked weld at a post base or a gate frame joint will fail under load, creating a safety hazard for anyone leaning on the rail or pushing through the gate. We TIG and MIG weld cracked joints on wrought iron and mild steel, and we braze cast iron repairs where heat-zone cracking would make fusion welding counterproductive. After welding, we grind the weld flush and apply a primer coat before finishing. We do not hide cracks with paint. We fix them structurally.
Post-hurricane demand for iron repair spikes sharply after every tropical event. Wind-driven debris bends fence sections, rips gate hinges from brick columns, and topples post foundations that were originally set in shallow concrete pads. We assess storm damage on a piece-by-piece basis: a bent picket can often be heated and straightened; a bent frame member that has kinked at the neutral axis generally needs replacement. We separate repairable from non-repairable damage honestly, because sending out a crew to straighten a section that will re-fail at the kink point is a waste of your money.
Gate hinges are the most mechanically stressed components in any iron installation. They carry the full weight of the gate through thousands of cycles of opening and closing, in a climate that accelerates corrosion in every threaded fastener and pin joint. We source period-appropriate strap hinges, pintle hinges, and ball-bearing pivot hinges for gates of all weights. For historic properties, we match hinge profiles to original hardware specifications when drawings or physical examples are available. Hardware replacement also includes latches, cane bolts, locks, and ornamental door knockers.
A single missing or broken baluster on a second-floor balcony is a building code violation and a safety liability. On historic properties, replacement balusters must match the original profile, spacing, and connection method. We fabricate replacement balusters in-shop to match existing patterns, whether that means simple round stock, twisted pickets, or fleur-de-lis finials common to French Quarter and Garden District ironwork. We connect replacements by welding to existing top and bottom rails, then finish to match the surrounding metalwork.
Fence and gate posts fail at the base where moisture collects, concrete cracks, and the original anchor points corrode. A leaning or rocking post cannot be corrected by tightening surface hardware. The repair requires exposing the post base, cutting back corroded metal, welding on a new base plate or sleeve, and re-setting in fresh concrete or epoxy anchor. We perform post re-anchoring on both freestanding fence posts and posts embedded in brick or concrete columns, and we can address the surrounding masonry if brick spalling or mortar failure has contributed to the movement.
A full refinish does more than improve appearance. It is the primary corrosion barrier that keeps the underlying iron from rusting again. Our refinishing process starts with mechanical preparation (grinding, wire brushing, and sanding to bare metal on sections with active rust), followed by a two-coat primer system and a topcoat matched to the existing color or your specified color. For properties where powder coating is appropriate, we can coordinate sandblasting and powder coat application, which produces a harder, more durable finish than liquid paint at a higher upfront cost. Powder coating is most practical when pieces can be removed and transported to a shop facility.
New Orleans contains one of the largest concentrations of historic ironwork in the United States. The French Quarter, Garden District, Uptown, Esplanade Ridge, and Tremé neighborhoods all contain original nineteenth-century ironwork that the Historic District Landmarks Commission (HDLC) is charged with protecting. If your property falls within an HDLC-regulated historic district, any exterior repair, replacement, or modification that is visible from a public right of way may require a certificate of appropriateness before work begins.
This does not mean you cannot repair your ironwork. It means the repair must use compatible materials and methods. The HDLC generally favors repair over replacement and requires that replacement elements match the original in profile, material, finish color, and connection method. We are familiar with these requirements and can work within them. We document existing conditions photographically before repairs begin, which supports certificate of appropriateness applications when required.
One distinction the HDLC and preservation standards consistently draw is between original wrought iron and modern mild steel. True wrought iron, also called puddled iron, is a fibrous material with slag inclusions that runs through the metal in layers. This fibrous structure gives wrought iron superior corrosion resistance compared to mild steel, because rust cannot penetrate easily along the grain. Most ironwork installed before approximately 1900 in New Orleans is true wrought iron. Matching it with mild steel is technically acceptable for repairs under most circumstances, but the corrosion resistance difference is real, and on properties where long-term performance matters, using wrought iron stock for replacements is worth considering if it is available. We can source wrought iron bar stock for historically sensitive repairs.
Not all ironwork is the same material, and repair methods that work on one type can damage another. Knowing what you have affects how we approach the repair.
Wrought iron is the fibrous, slag-containing material described above. It is ductile, meaning it bends before it breaks, and it welds reasonably well with the right filler rod and preheat procedure. It is the dominant material in New Orleans ironwork installed before 1900.
Cast iron is a different material entirely. It is brittle rather than ductile, meaning it cracks rather than bends under overload. Cast iron cannot be reliably fusion-welded in the field because the heat-affected zone becomes even more brittle and prone to cracking after the weld cools. Repairs to cast iron elements are instead done by brazing, which uses a filler metal (typically brass or bronze) that bonds to both sides of a crack at lower temperatures without the phase changes that make welded cast iron brittle. Brazed cast iron repairs, done correctly, are structurally sound and can be finished to match the surrounding surface. Cast iron is most common in ornamental fence posts, finials, and decorative medallions.
Mild steel is the most common material in iron installations built after approximately 1920. It welds easily, bends rather than cracks, and is widely available in standard stock profiles. Its weakness compared to wrought iron is corrosion resistance. Mild steel rusts faster in coastal environments, so surface preparation and coating quality matter more.
Identifying the material correctly before beginning repairs avoids mistakes. If you are unsure what your ironwork is made of, tell us what you know about the age of the installation and we will assess it when we arrive.
Some iron failures are not problems you can schedule for next week. A gate torn off its hinges by storm winds leaves a property open and unsecured. A balcony railing that has separated from the wall at both mounting points is a life-safety issue. A fence section flattened into the street blocks traffic and creates liability.
We offer same-day emergency response for security-critical and safety-critical iron failures. Emergency repairs are temporary stabilization first, permanent repair second. If a gate can be re-hung with replacement hardware in the same visit, we do it. If the column into which the hinges were set has failed and needs masonry work before iron work, we secure the opening with temporary hardware or fencing and schedule the full repair as soon as the masonry is ready.
Post-hurricane emergency calls come in volume after major storms and we respond in priority order based on safety risk. Gates and railings with documented life-safety risk (open stairwells, second-floor balconies with failed rails, unsecured commercial properties) are prioritized above cosmetic damage. If you are calling after a storm event, be specific about what has failed and whether it creates a security or safety exposure, so we can triage accurately.
Repair costs vary widely based on the type of failure, the material, the access conditions, the height of the work, and whether permits or HDLC review are required. The ranges below reflect typical work in the New Orleans metro. Complex or historic work may fall above these ranges.
Rust treatment and refinishing: $100 to $400 per linear section, depending on prep requirements. Sections with deep pitting or active rust below the paint layer require more mechanical preparation before chemical treatment.
Welding cracks and breaks: $150 to $500 per weld location, depending on joint complexity, access, and material. Cast iron brazing typically falls at the higher end of this range due to time requirements for controlled heat application and cooling.
Hinge and hardware replacement: $100 to $300 per hinge, including labor and hardware. Custom or period-reproduction hardware sourced to match HDLC requirements may carry additional material costs.
Baluster fabrication and replacement: $80 to $250 per baluster for standard profiles. Custom profiles fabricated to match complex historical patterns carry higher material and shop time costs.
Post re-anchoring: $300 to $700 per post for standard re-setting. Posts set in brick columns with significant masonry damage may require additional masonry repair before iron work begins.
Section replacement: $300 to $1,500 or more per section, depending on section length, profile complexity, and whether replacement matches historic patterns requiring custom fabrication.
We provide written estimates before work begins. We do not charge for estimates on jobs we assess in person.
The honest answer is that repair is almost always the right choice for original ironwork, especially on historic properties, because original wrought iron is genuinely superior to modern mild steel replacements in corrosion resistance. Replacing original ironwork with mild steel also removes the historic fabric of the building, which matters both to preservation standards and to property value in neighborhoods where original ironwork is a documented feature.
Replacement makes sense in specific situations. When corrosion has penetrated more than 50 percent of the cross-section of a structural member, the mechanical strength of the iron is compromised enough that repairing the surface without replacing the member is a temporary fix at best. When multiple adjacent sections have failed and the cost of repairing each one individually exceeds the cost of fabricating and installing a replacement run, replacement is more economical. When a replacement will be largely hidden from view and does not require HDLC matching, mild steel replacement is practical.
We will tell you honestly when repair is a better investment than replacement, and when the reverse is true. We are not in the business of selling you more fabrication work than your iron actually needs.
We perform iron repair work throughout the greater New Orleans metropolitan area, including:
French Quarter, Garden District, Uptown, Tremé, Marigny, Bywater, Mid-City, Esplanade Ridge, Algiers, Lakeview, Gentilly, Broadmoor, Central Business District, Warehouse District, Irish Channel, Carrollton, Hollygrove, New Orleans East, Lower Ninth Ward, Holy Cross, Gert Town, and Tulane-Gravier.
We also serve communities across Jefferson, St. Bernard, St. Tammany, and Plaquemines parishes, including Metairie, Kenner, Harahan, River Ridge, Gretna, Harvey, Westwego, Terrytown, Chalmette, Covington, Mandeville, Slidell, and Belle Chasse.
If you are located in the greater New Orleans region and are unsure whether we serve your area, call us at 504-732-0066 and we will confirm coverage.
The deciding factors are structural integrity and cost efficiency. If a section has lost more than half its cross-sectional thickness to corrosion, or if the iron is crumbling rather than just surface-rusting, replacement is more reliable than repair. Surface rust, cracked welds, bent pickets, and loose hardware are all repairable without full replacement. For cast iron pieces, which are brittle and can shatter, the assessment is different — a crack can be brazed, but a shattered section needs replacement. We assess each piece individually during our estimate visit. Replacing ironwork that can be properly repaired is usually a waste of money, and on historic properties it removes original material that cannot be recreated at equivalent cost or quality.
Yes, but the work must comply with Historic District Landmarks Commission (HDLC) standards. Repairs that restore iron to its original condition using compatible materials and methods generally do not require a separate certificate of appropriateness. Replacement of entire fence sections, gates, or balcony railings visible from the street does typically require HDLC review. We are familiar with the process and can advise you on whether your specific repair is likely to require an application. The HDLC generally supports repair over replacement and approves work that matches original profiles, spacing, and finish. Give us the address and describe what has failed and we can tell you what the approval path looks like.
New Orleans has three conditions that accelerate iron corrosion simultaneously: high humidity, salt air carried inland from the Gulf of Mexico and Lake Pontchartrain, and extended periods of standing moisture during and after rainfall events. Salt acts as an electrolyte that speeds up the electrochemical oxidation process, and humidity keeps the surface wet long enough for that process to run continuously. Paint failures, scratches, and bare metal spots become rust initiation points almost immediately. This is why coating quality and coating maintenance cycles matter more in New Orleans than in drier inland markets. Annual inspection of your ironwork’s finish and touch-up of any bare spots can extend your coating life significantly.
Wrought iron is ductile and fibrous, meaning it bends under overload and can be welded with conventional MIG or TIG processes. Cast iron is brittle and dense, meaning it cracks or shatters under overload and cannot be reliably fusion-welded because the heat creates a brittle zone that cracks after the weld cools. Cast iron repairs are done by brazing, which uses a lower-temperature filler metal that bonds to the cracked surfaces without causing heat-zone cracking. From a practical standpoint, if your ironwork bends when something hits it, it is likely wrought iron or mild steel. If it snapped cleanly, it is likely cast iron. Both are fully repairable by someone who knows the correct method for each material.
Most single-item repairs, a gate rehung on new hinges, a cracked weld repaired and ground flush, or a rusted section treated and repainted, can be completed in a single visit of two to four hours. More complex work involving multiple sections, post re-anchoring with concrete resetting, or HDLC-required matching fabrication is typically scheduled across two visits: one for structural work and one for finishing after cure time. Emergency same-day stabilization work is faster by design. We give you a time estimate when we provide your written quote so you can plan accordingly.
Phosphoric acid rust converter works by chemically reacting with iron oxide (rust) and converting it to iron phosphate, which is a stable, non-expanding compound that does not continue to corrode and bonds well to primers. The converted surface does not revert to rust under the coating. What causes rust to return after treatment is incomplete surface preparation before application, coating that fails and lets moisture back in, or new scratches and bare spots that create fresh initiation points. Done correctly, with mechanical removal of loose rust, converter application, and a quality primer and topcoat, treated iron can remain stable for years in New Orleans conditions. Done incorrectly, painting over active rust without neutralizing it, the rust continues to expand under the paint and the coating fails within one to two years.
In most cases, yes. The overwhelming majority of New Orleans ornamental ironwork is finished in flat or satin black, which is straightforward to match. Where custom colors exist, we can match from a paint chip, a photo under consistent lighting, or a paint code if you have it from a previous contractor. For HDLC-regulated properties, replacement sections must match the color of the original, so color matching is part of the compliance process in those cases. Powder-coated finishes are harder to match seamlessly with liquid paint, and if a powder-coated section needs a repair, the repair area will typically show a slight sheen or texture difference unless the full piece is stripped and re-powder-coated.
Simple repairs, rust treatment, welding cracks, hinge replacement, and refinishing, do not typically require City of New Orleans permits. Work involving structural modifications, changes to fence height, or work on balconies that affects load-bearing connections may require a permit from the Department of Safety and Permits. If your property is in an HDLC-regulated historic district, a certificate of appropriateness may be required for visible replacement work. We assess permit requirements during the estimate process and include any known requirements in the written quote. We do not start work that requires permits without obtaining them first.
First, photograph everything before you move or straighten anything. Insurance claims for storm damage require documentation of the original damage condition, and photos taken before any temporary repairs are the strongest evidence. Second, if a fence section has fallen into a roadway or a gate has blown open and left a property unsecured, call us for emergency stabilization. Third, do not attempt to straighten bent iron on your own by force. Cold-bending iron without heat risks cracking the metal at the bent point, turning a straightening repair into a welding repair. We can assess whether sections can be heated and straightened or whether they need replacement, and we carry the heating equipment to do it correctly in the field.
Annual inspection is appropriate for most ironwork in the New Orleans metro. The inspection should look for bare metal spots, cracks at welds and joints, loose or corroded hardware, movement in gate posts and fence posts, and paint failure that may have progressed to active rust under the surface. Touch-up painting of bare spots, applying phosphoric acid converter to any new rust, and tightening loose hardware take an hour or two per gate or fence run and extend the coating and metal life significantly. Properties near the lake, river, or Industrial Canal where salt air exposure is higher benefit from inspection twice a year. Waiting until rust is visible through significant paint failure typically means the corrosion has already gone deeper than the surface.
Yes. Second-floor balcony railing repair is one of the most common and most critical repair categories we handle. New Orleans balconies carry live load from people leaning against and moving along the railing, and a railing that has separated from its mounting points or has cracked structural members is a life-safety failure. We work at height with the appropriate equipment, and we assess both the iron condition and the condition of the mounting substrate, which is often wood or masonry that has deteriorated alongside the iron. Balcony railing repairs that involve structural wall connections may require coordination with a licensed structural engineer on older buildings where the wall condition is uncertain. We flag that requirement if we see it during the estimate.
Yes, but it requires the right approach for the material and the pattern. Original wrought iron from the nineteenth century is genuinely irreplaceable. The puddled iron process used to make it, which produces the fibrous slag-inclusion structure that gives it superior corrosion resistance, has not been used commercially in over a century. When we work on original historic ironwork, we use minimum-intervention techniques: mechanical cleaning rather than aggressive abrasive blasting that can distort thin sections, low-heat welding with appropriate filler rods, and reversible surface treatments where possible. We document condition before and after. If a section is too deteriorated to repair without risk of damage to adjacent original material, we discuss that honestly with you before proceeding.
“Great job on the iron gates! I can’t believe they finished installing the iron gate and repairing our fence. A lot of my neighbors recommended Big Easy Iron Works and I can see why they trust them so much. Very professional workers came and the owner checked up from time to time. Great experience.”
– Vanessa Johnson“You have my respect for Big Easy Iron Works! Thank you for staying true to your word about quality service. They helped install our new iron fence and it exceeded my expectations to be honest. They explained everything they would be doing every day of the job. I really recommend them for those living in New Orleans. Hire them for your fencing needs.”
– Billy Anderson“I contacted Big Easy Iron Works because most of my neighbors recommended them to me. I am satisfied with the time that they took to finish the work repairs with my wood fence. The fences they placed turned out nice and they looked like they would last longer. I would also recommend them to my friends in New Orleans.”
– Shirley Oaks
625 Celeste St Suite 504-E,