bricklayer and mason tender injuries

Bricklayers and Mason Tenders Face Falls, Struck-By, and Silica Hazards

Bricklayers and mason tenders work on scaffolds during exterior masonry, build interior block walls, handle heavy brick and block, and are exposed to silica dust from cutting and grinding.

The trade combines elevation hazards with heavy material handling and respiratory exposure.

Labor Law § 240, Labor Law § 241(6), and Labor Law § 200 give injured bricklayers and mason tenders rights that go well beyond workers’ compensation.

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How Bricklayers and Mason Tenders Get Hurt on New York Construction Sites

Falls from collapsing scaffolds. Here’s a real example: a BAC bricklayer was standing on a scaffold when it collapsed, sending him three to four stories down. The court held the collapse itself was the statutory violation, proper safety equipment had clearly not been provided. (Frierson)

Struck-by falling block and brick from above. Here’s a real example: a mason tender placing cinder blocks onto a 4-foot sawhorse scaffold was struck when the scaffold collapsed under the bricklayer above, sending blocks and the worker down onto him. The court applied § 240 to the mason tender plaintiff. (Thompson)

Crush injuries from heavy block and brick. Cinder blocks weigh 30-40 pounds each. Brick weighs 4-5 pounds each. Pre-cast and structural masonry units can weigh hundreds of pounds. Material handling produces crush injuries when units are dropped, pallets shift, hoists fail, or workers are pinned.

Mortar mixer and material hoist injuries. Power mortar mixers produce caught-in injuries when guards are inadequate or removed. Material hoists carrying brick and mortar to upper scaffold levels produce struck-by and crush injuries when loads shift or cables fail. Industrial Code 12 NYCRR 23-9 and 23-6 govern.

Silica exposure from cutting and grinding. Cutting brick, block, and concrete masonry produces respirable crystalline silica. Long-term exposure produces silicosis, lung cancer, and COPD. OSHA’s silica standard at 29 CFR 1926.1153 requires controls. Tuck pointing carries particularly high exposure.

Wet concrete and mortar burns. Prolonged skin contact with wet mortar produces chemical burns from high alkalinity. Severe cases produce third-degree burns requiring skin grafts.

Tuck pointing and restoration work hazards. Tuck pointing places bricklayers on suspended scaffolds at significant heights for extended periods. Restoration work also increases silica exposure, and older buildings often carry lead-paint contamination on adjacent surfaces.

Important Information

These are the steps you should take:

See Your Own Doctor, ER, or CityMD

30 Days to Report an Injury

Do Not Give Any Statements

File Workers' Comp to Cover Immediate Bills

The Scaffold Collapse Doctrine and the Misseritti Question

Falls from scaffolds are strict § 240 cases — a scaffold collapse establishes a prima facie statutory violation without further analysis. Struck-by-falling-material cases require proving the elevation differential and weight created a gravity-related risk. Both are strong claims, but the legal path to summary judgment differs.

The critical defense in scaffold cases is “recalcitrant worker.” Defendants argue the bricklayer was told to use fall protection or a different scaffold access point and refused. The defense rarely succeeds when the foreman directed the work from that position, when the scaffold configuration made the safety equipment impractical, or when the employer’s own safety plan did not address the hazard. The factual investigation focuses on what instructions were given, what equipment was available at the working position, and whether the worker had any realistic alternative.

Scaffold ownership creates a separate liability path. Most exterior masonry scaffolds are provided by scaffold rental companies, not the bricklayer’s employer. The rental company is liable for design and maintenance defects. The GC is liable for site conditions that affect scaffold stability. The property owner faces strict § 240 liability regardless of who owned the scaffold. Identifying every responsible party is part of the case strategy.

For § 241(6) claims, the case strategy turns on identifying the right Industrial Code provision:

  • A bricklayer who fell from a scaffold cites 23-5 (scaffolding requirements).

  • A bricklayer struck by block or material from above cites 23-1.7(a) (overhead hazards).

  • A mason tender injured by an unguarded hoisting operation cites 23-6 (material hoisting).

  • A bricklayer injured by a defective saw or grinder cites 23-1.12 (guarding of saws).

For § 200 claims, the question is whether the GC controlled scaffold placement, sequencing, and site conditions. On exterior masonry jobs, the GC typically controls hoist schedules, material delivery to working floors, and scaffold inspection — that operational control is where § 200 liability attaches.

Silica exposure cases follow a different legal timeline. Cutting and grinding masonry produces respirable crystalline silica. The disease (silicosis, lung cancer) may not manifest for years. Under CPLR § 214-c, the statute of limitations runs from discovery of the injury, not from the date of exposure. These cases proceed as toxic tort or products liability claims rather than Labor Law claims, and they often involve multiple job sites and multiple defendants.

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The Two-Track Recovery for Bricklayers and Mason Tenders

A serious bricklayer injury triggers two separate legal claims that run in parallel.

You cannot sue your employer in New York. So the recovery is against the general contractor, property owners, or responsible sub-contractors.

Major construction projects in New York carry significant insurance coverage. Owner-controlled insurance programs (OCIP) and contractor-controlled insurance programs (CCIP) wrap up many trades into a single coverage program with substantial limits, often $25 million layered or more. Identifying every responsible party (owner, GC, masonry contractor, scaffold rental company, equipment manufacturer) and every available insurance layer is part of the work the firm does on every bricklayer case.

This is how to recover what you would have earned over a working life had you not been injured. Future medical care like surgeries, injections, physical therapy, pain management, durable medical equipment. Pain and suffering — the physical and emotional consequences of the injury. For a career-ending injury to a union bricklayer with strong pension contributions and supplemental benefits, the third-party recovery is where the lifetime cost is captured.

The workers’ compensation claim is filed against the carrier through your direct employer. Workers’ comp covers two-thirds of your average weekly wage, capped at the statutory maximum ($1,222.42 per week for accidents in the 2025-2026 benefit year). All necessary medical treatment is covered. An eventual Schedule Loss of Use award or Classification award is available at the end of treatment if permanency results.

BAC Local 1 bricklayers in NYC have substantial pre-accident earnings that produce strong AWW calculations, but the statutory cap limits the weekly comp benefit regardless.

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How Schwartzapfel Holbrook Handles Bricklayer Accidents Cases

Our job is to make a difficult situation as easy as possible.

Clients entrust us to secure their future, and that starts immediately.

We begin the investigation the moment we are retained. Evidence preservation is time-critical. Site photos, witness identification, equipment preservation where applicable, and OSHA records all need to be secured before the construction project moves on.

Every case the firm accepts is prepared as if it will go to trial. That level of investigation, record collection, legal analysis, and trial strategy has yielded consistent record results for over 45 years.

Frequently Asked Questions About Bricklayer Injuries