Sheet Metal Workers

Sheet Metal Workers Asbestos Exposure
Critical facts for compensation claims
Risk Level	Very High
PMR Value	217.5 (UK 2025)
Mesothelioma Odds	9.6x higher risk
Peak Exposure	1940s-1973
Trust Funds	$30+ Billion Available
Avg. Settlement	$1-1.4 Million
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Executive Summary

Sheet metal workers who fabricated, installed, and maintained ductwork, metal roofing, and architectural components in commercial and industrial buildings face a documented 9.6 times higher risk of developing mesothelioma compared to the general working population. The 2025 UK mesothelioma mortality study recorded a proportionate mortality ratio (PMR) of 217.5 for sheet metal workers, indicating mesothelioma deaths occurred at more than double the expected rate. Unlike insulation workers who handled asbestos directly, sheet metal workers experienced their most significant exposures through bystander contact with spray-on asbestos fireproofing applied by others on construction sites. Research spanning three decades of medical screening reveals that 17.4% of workers who entered the trade before 1950 developed asbestos-related parenchymal disease, compared to just 0.8% of those beginning work after 1973 when spray fireproofing was banned. Sheet metal workers with documented asbestos exposure qualify for compensation through multiple asbestos bankruptcy trust funds, personal injury lawsuits, and workers' compensation claims.

Sheet Metal Workers and Asbestos Exposure: At-a-Glance

• 9.6x Elevated Mesothelioma Risk — British Columbia case-control study documented sheet metal workers at nearly 10 times higher odds of mesothelioma compared to unexposed populations
• PMR of 217.5 in UK Mortality Data — 2025 British occupational mortality analysis recorded 59 mesothelioma deaths among male sheet metal workers, more than double the expected rate
• 17.4% Disease Rate for Pre-1950 Entrants — SMOHIT screening of 26,397 workers found those entering the trade before 1950 developed parenchymal disease at 22 times the rate of post-1973 entrants
• Bystander Exposure as Primary Mechanism — unlike insulators who handled asbestos directly, sheet metal workers received most exposure from spray-on fireproofing applied by others nearby
• Spray Fireproofing Fiber Levels of 50-200 f/cc — airborne concentrations during spray application reached up to 2,000 times the current OSHA permissible exposure limit of 0.1 f/cc
• 1973 EPA Spray Fireproofing Ban — regulatory prohibition of spray-applied asbestos created a clear demarcation between high-exposure and reduced-exposure eras for the trade
• 12.7% Reduced Odds Per Year After 1973 — each calendar year a worker delayed trade entry after the ban decreased disease odds by 12.7%, demonstrating regulatory effectiveness
• $30+ Billion in Trust Fund Availability — over 60 active asbestos bankruptcy trusts hold funds for workers with documented exposure, with sheet metal workers qualifying for claims against multiple trusts
• $1M-$1.4M Typical Settlement Range — mesothelioma cases involving construction trade workers with bystander exposure evidence settle in this range through combined compensation channels

Key Facts

Metric	Finding
Mesothelioma Odds Ratio	9.6 (95% CI: 1.5-106) — nearly 10 times the risk of unexposed workers per British Columbia surveillance study
UK PMR (2025)	217.5 (95% CI: 165.5-280.5) with 59 observed mesothelioma deaths among male sheet metal workers aged 16-74
SMOHIT Study Population	26,397 sheet metal workers monitored across 30 years (1986-2016) through the Sheet Metal Occupational Health Institute Trust
Pre-1950 Disease Prevalence	17.4% of workers entering the trade before 1950 developed asbestos-related parenchymal disease
Post-1973 Disease Prevalence	0.8% of workers entering the trade after the spray fireproofing ban — a 96% reduction from pre-1950 rates
Adjusted Prevalence Odds Ratio	26.65 (95% CI: 18.46-38.46) comparing pre-1950 to post-1973 trade entrants for parenchymal disease
Primary Exposure Source	Bystander contact with spray-on asbestos fireproofing (amosite/chrysotile, 15-30% asbestos content) applied by insulators on shared construction sites
Peak Bystander Fiber Concentrations	50-200 fibers per cubic centimeter during spray fireproofing application — 500x to 2,000x the current OSHA PEL
Dose-Response Reduction	12.7% decreased odds of disease for each calendar year of delayed entry into the trade after 1973 (adjusted POR = 0.873)
Trust Fund Availability	Over $30 billion across 60+ active asbestos bankruptcy trust funds available for workers with documented exposure
Typical Settlement Range	$1 million to $1.4 million for mesothelioma cases with documented construction trade exposure history
Filing Deadlines	Statutes of limitation vary by state — most allow 1-3 years from diagnosis or discovery of asbestos-related disease

What Types of Asbestos Products Did Sheet Metal Workers Encounter?

Sheet metal workers encountered asbestos through two primary mechanisms that created distinct but overlapping exposure patterns throughout their careers. Understanding these exposure sources is essential for building successful compensation claims.

Bystander Exposure to Spray-On Fireproofing

The most significant source of sheet metal worker asbestos exposure came from working in proximity to insulators applying spray-on asbestos fireproofing to structural steel. Products like W.R. Grace's Monokote and similar amosite-containing spray materials were applied throughout commercial buildings from the 1940s through 1973, when the EPA banned spray-applied asbestos for fireproofing purposes.

During application, spray fireproofing created dense clouds of airborne asbestos fibers that contaminated entire work areas. Sheet metal workers installing ductwork, ceiling systems, and architectural metal components throughout these buildings inhaled significant fiber concentrations without ever touching insulation materials directly.

"The construction site environment of the 1950s and 1960s exposed everyone present to asbestos, not just the workers directly handling insulation materials. Sheet metal workers, carpenters, electricians—they all breathed the same contaminated air while spray fireproofing was being applied nearby."

— Rod De Llano, Founding Partner, Danziger & De Llano

Direct Handling of Asbestos-Containing Materials

Beyond bystander exposure, sheet metal workers directly handled numerous asbestos-containing products during ductwork fabrication and installation:

Product Type	Asbestos Content	Primary Manufacturers	Application	Peak Usage
Spray-on fireproofing (bystander)	15-30% amosite/chrysotile	W.R. Grace (Monokote), National Gypsum	Structural steel fireproofing	1940s-1973
Duct lining and insulation	15-25% chrysotile	Johns-Manville, Owens-Corning	Interior HVAC duct acoustic/thermal lining	1940s-1980s
Metal building insulation	10-20% chrysotile	Various manufacturers	Behind metal wall and roof panels	1950s-1980s
Gaskets and sealants	50-90% chrysotile	Garlock, Johns-Manville	Duct connections, equipment sealing	1930s-1980s
Asbestos paper and millboard	80-100% chrysotile	Johns-Manville, Raybestos-Manhattan	Duct connector gaskets, heat shields	1940s-1970s
Cement board and transite	10-15% chrysotile	Johns-Manville, CertainTeed	Duct plenums, equipment bases	1940s-1980s

How Were Sheet Metal Workers Exposed to Asbestos on the Job?

The work activities of sheet metal workers created multiple pathways for asbestos fiber inhalation throughout their careers.

Construction Site Exposure (1940s-1973)

During the peak construction era, sheet metal workers on commercial building projects experienced their highest exposures. Typical scenarios included:

• Concurrent work with insulators: Sheet metal workers installed ductwork while spray fireproofing was applied to structural steel on the same floor or in adjacent areas
• Contaminated work surfaces: Asbestos dust settled on tools, materials, and work areas, becoming resuspended when disturbed
• Enclosed building spaces: Limited ventilation in partially completed buildings concentrated airborne fibers
• No respiratory protection: Workers received no warnings about asbestos hazards and wore no protective equipment

Ductwork Fabrication and Installation

Sheet metal workers cutting, forming, and installing ductwork with asbestos lining disturbed fiber-containing materials through:

• Power tool cutting: Saws, grinders, and shears cutting through asbestos duct lining released high fiber concentrations
• Hand tool work: Drilling, punching, and crimping operations disturbed lining materials
• Fitting and sealing: Installing gaskets and applying sealants at duct connections
• Cleanup activities: Sweeping and disposing of asbestos-contaminated debris

Renovation and Maintenance Work (1973-Present)

Even after new asbestos use declined, sheet metal workers continued encountering asbestos during building renovation and HVAC system upgrades:

• Demolition of existing ductwork: Removing old HVAC systems disturbed asbestos duct lining
• Penetrations through fireproofing: Cutting through spray-applied asbestos to install new systems
• Retrofits in older buildings: Working in spaces containing deteriorated asbestos materials
• Emergency repairs: Urgent service calls with inadequate time for proper asbestos assessment

⚠ Important for Claims: Documenting specific job sites, dates of employment, and the presence of spray fireproofing or asbestos duct materials is critical for successful compensation claims. Employment records, union records, and building permits can establish exposure history.

What Do Mortality Studies Reveal About Sheet Metal Worker Mesothelioma Risk?

Extensive epidemiological research documents the elevated cancer mortality among sheet metal workers, providing powerful evidence for compensation claims.

2025 UK Mesothelioma Mortality Study

The most recent comprehensive occupational mortality analysis examined mesothelioma deaths among British workers from 2011-2022. For sheet metal workers (SOC code 5213), the study documented:

• PMR: 217.5 (95% CI: 165.5-280.5)
• Observed deaths: 59 mesothelioma deaths among male workers aged 16-74
• Statistical significance: Results demonstrate clear excess mortality beyond chance

The PMR of 217.5 indicates sheet metal workers died from mesothelioma at more than double the rate that would be expected based on general population mortality patterns.

British Columbia Case-Control Study

A surveillance study designed to identify high-risk occupations found sheet metal workers with an odds ratio of 9.6 (95% CI: 1.5-106) for mesothelioma development. This near ten-fold increased risk compared to unexposed workers establishes sheet metal work as a recognized high-risk occupation for asbestos-related disease.

Sheet Metal Occupational Health Institute Trust (SMOHIT) Studies

The SMOHIT medical screening program monitored 26,397 sheet metal workers over three decades (1986-2016), producing landmark findings about asbestos disease patterns:

Mortality Analysis (17,345 workers with 20+ years in trade):

• Statistically significant excess mortality from pleural cancers
• Statistically significant excess mortality from mesothelioma specifically
• Statistically significant excess mortality from asbestosis
• Lung cancer and COPD mortality increased with radiographic evidence of asbestos disease

Disease Prevalence by Era of Entry:

• Workers entering trade before 1950: 17.4% developed parenchymal disease
• Workers entering trade after 1973: 0.8% developed parenchymal disease
• Adjusted prevalence odds ratio: 26.65 (95% CI: 18.46-38.46)

"The dramatic difference in disease rates between pre-1973 and post-1973 sheet metal workers tells us exactly how dangerous the construction environment was before spray fireproofing was banned. Workers who entered the trade earlier faced exposure levels that simply don't exist today."

— Paul Danziger, Founding Partner, Danziger & De Llano

Dose-Response Evidence

The SMOHIT research documented a clear dose-response relationship: for each calendar year after 1973 that a worker delayed entering the sheet metal trade, they experienced an estimated 12.7% decreased odds of acquiring asbestos-related disease (adjusted prevalence odds ratio = 0.873, 95% CI: 0.832-0.916).

This finding demonstrates that regulatory interventions—the 1973 spray fireproofing ban and subsequent OSHA standards—dramatically reduced exposure levels and disease risk for newer workers.

What Airborne Fiber Levels Did Sheet Metal Workers Experience?

Historical industrial hygiene measurements document the exposure levels that created the elevated disease burden among sheet metal workers.

Bystander Exposure During Spray Fireproofing

Airborne fiber concentrations near spray fireproofing operations frequently reached 50-200 fibers per cubic centimeter (f/cc)—500 to 2,000 times the current OSHA permissible exposure limit of 0.1 f/cc. Sheet metal workers stationed throughout contaminated buildings for entire shifts accumulated substantial cumulative exposures.

Direct Handling Activities

Fiber concentrations during sheet metal fabrication and installation activities varied by task:

Activity	Typical Fiber Concentration	Multiple of Current OSHA PEL
Bystander exposure during spray fireproofing	50-200 f/cc	500-2,000x
Power cutting through asbestos duct lining	5-50 f/cc	50-500x
Hand tool work on duct materials	0.5-5 f/cc	5-50x
General fabrication activities	0.1-1 f/cc	1-10x
Renovation work disturbing existing materials	1-20 f/cc	10-200x

Regulatory Context

Understanding how historical exposure limits evolved helps explain why older workers face higher disease rates:

• Pre-1971: No federal workplace exposure limits for asbestos
• 1971-1976: Initial OSHA PEL set at 12 f/cc—120 times current standard
• 1976-1986: PEL reduced to 2 f/cc
• 1986-1994: PEL reduced to 0.2 f/cc
• 1994-Present: Current PEL of 0.1 f/cc (8-hour TWA) with 1.0 f/cc excursion limit

ℹ For Your Claim: Documentation showing that exposure levels exceeded applicable standards strengthens liability claims against manufacturers and employers. Historical industrial hygiene data and expert testimony can establish regulatory violations.

Where Did Sheet Metal Workers Face the Greatest Asbestos Exposure?

Sheet metal workers encountered asbestos across diverse work environments, each presenting distinct exposure patterns relevant to compensation claims.

Commercial Building Construction

Office towers, hospitals, schools, shopping centers, and institutional buildings constructed between 1950-1973 represent the highest-risk work environments. These projects employed spray-on asbestos fireproofing on structural steel throughout the building envelope, creating pervasive contamination wherever sheet metal workers installed HVAC systems, ceiling grids, and architectural metal components.

Industrial Facilities

Manufacturing plants, refineries, power generation stations, and chemical processing facilities required extensive sheet metal work for ventilation systems, equipment enclosures, and process ductwork. These industrial environments combined spray fireproofing with pipe insulation, equipment lagging, and other asbestos applications, creating multiple overlapping exposure sources.

Shipyard Construction

Maritime sheet metal workers who fabricated and installed ventilation systems, bulkheads, and metal structures aboard naval and commercial vessels faced particularly intense exposures. Shipyard workers across all trades experienced some of the highest documented asbestos exposure levels. Confined shipboard spaces concentrated airborne fibers while multiple trades worked simultaneously with asbestos materials.

Building Renovation Projects

From 1973 forward, sheet metal workers performing renovations in buildings containing spray fireproofing or asbestos duct systems continued experiencing significant exposures. An estimated 733,000 commercial and public buildings in the United States contain asbestos materials that sheet metal workers may disturb during HVAC upgrades, tenant improvements, or system replacements.

What Compensation Options Exist for Sheet Metal Workers with Mesothelioma?

Sheet metal workers diagnosed with mesothelioma or other asbestos-related diseases can pursue compensation through multiple channels, often simultaneously.

Asbestos Bankruptcy Trust Funds

Over 60 asbestos bankruptcy trust funds hold more than $30 billion to compensate workers injured by specific manufacturers' products. Sheet metal workers typically qualify for claims against multiple trusts based on their exposure history:

Trust Fund	Products	Scheduled Value	Payment Percentage	Typical Payment
Johns-Manville Trust	Duct lining, building products	$350,000	35%	~$122,500
Owens-Corning/Fibreboard Trust	Insulation, duct products	Varies	Varies	~$23,865 average
W.R. Grace Trust	Monokote fireproofing	Varies	Varies	Varies by exposure
Garlock Sealing Trust	Gaskets, sealants	$300,000	25%	~$75,000
Pittsburgh Corning Trust	Building materials	$35,000	Current %	Varies

✓ Good News: Trust fund claims do not require proving negligence—only documented exposure to the manufacturer's products. Claims can be filed against multiple trusts simultaneously, and payments do not reduce other compensation sources.

Personal Injury Lawsuits

Sheet metal workers can file personal injury lawsuits against asbestos product manufacturers, building owners, and general contractors who failed to protect workers from asbestos exposure.

Potential Defendants:

• Manufacturers of spray fireproofing products (W.R. Grace, National Gypsum)
• Manufacturers of duct lining and insulation (Johns-Manville, Owens-Corning)
• Manufacturers of gaskets and sealants (Garlock, Flexitallic)
• General contractors who controlled job sites during spray fireproofing operations
• Building owners who failed to warn of asbestos hazards during renovation work

Average Settlement Values: Mesothelioma cases involving construction trade workers typically settle for $1 million to $1.4 million, with verdicts in successful trials potentially exceeding these amounts. See Mesothelioma Settlements for detailed settlement information.

Workers' Compensation Claims

Sheet metal workers may file workers' compensation claims for occupational asbestos disease in the state where exposure occurred. Benefits typically include:

• Medical treatment coverage
• Wage replacement benefits
• Permanent disability payments
• Death benefits for surviving family members

Workers' compensation claims do not bar civil lawsuits against third-party manufacturers and contractors.

"Sheet metal workers often don't realize they have claims against the companies that made the fireproofing products they were never trained to avoid. These bystander exposure cases are some of the strongest we see because the workers were given no warning about the dangers in their work environment."

— Michelle Whitman, Attorney, Danziger & De Llano

How Can Sheet Metal Workers Document Their Asbestos Exposure History?

Building a successful compensation claim requires documenting where, when, and how asbestos exposure occurred.

Employment Documentation

Gather records establishing your work history in the sheet metal trade:

• Union records: Sheet Metal Workers International Association (SMWIA) local union membership records, dispatch records, and pension documentation
• Social Security earnings records: Documents employers and dates of employment
• W-2 forms and tax returns: Verify employment dates and employers
• Personnel files: Job assignments, safety training records, job site locations
• Apprenticeship records: Training documentation from joint apprenticeship programs

Job Site Documentation

Identify specific construction projects and work locations where asbestos exposure occurred:

• Building permits: Identify construction dates and contractors
• Project records: Drawings, specifications, and contractor lists
• Photographs: Historical images showing spray fireproofing or asbestos materials
• Coworker statements: Testimony from others who worked the same projects

Product Identification

Document specific asbestos products encountered during your career:

• Product names, manufacturers, and packaging descriptions
• Material specification sheets from job sites
• Purchase records and invoices
• Photographs of product labels and containers

Medical Documentation

Maintain complete records of your diagnosis and treatment:

• Pathology reports confirming mesothelioma diagnosis
• Imaging studies (CT scans, PET scans, chest X-rays)
• Treatment records and physician notes from specialized treatment centers
• SMOHIT screening results if you participated in the program

What Is the Current Exposure Risk for Sheet Metal Workers?

While the 1973 spray fireproofing ban and subsequent OSHA regulations dramatically reduced exposure levels, sheet metal workers today still face residual risk from asbestos in older buildings.

Ongoing Renovation Exposure

Buildings constructed before 1980 frequently contain:

• Spray-applied asbestos fireproofing on structural steel
• Asbestos-containing duct lining and insulation
• Asbestos gaskets and sealants at duct connections
• Asbestos cement board in mechanical rooms

Sheet metal workers performing renovations, tenant improvements, or HVAC system replacements in these buildings may disturb asbestos materials without proper identification and controls.

OSHA Regulatory Requirements

Current OSHA construction standards (29 CFR 1926.1101) protect sheet metal workers through:

• Permissible Exposure Limit: 0.1 f/cc (8-hour time-weighted average)
• Excursion Limit: 1.0 f/cc (30-minute period)
• Building surveys: Employers must determine the presence of asbestos before work begins
• Competent person: Qualified individual must assess potential exposure at each job site
• Respiratory protection: Required when exposures may exceed limits
• Annual training: Asbestos awareness training required before and annually during assignments where exposure may occur

Effectiveness of Regulatory Controls

The SMOHIT research demonstrates the dramatic impact of post-1973 regulations: workers entering the sheet metal trade after 1973 developed parenchymal disease at just 0.8% compared to 17.4% for pre-1950 entrants—a 96% reduction in disease prevalence.

⚠ Statute of Limitations Warning: Filing deadlines for asbestos claims vary by state—most allow only 1-3 years from diagnosis or discovery of the disease. Texas allows 2 years from diagnosis. Do not delay seeking legal consultation after a mesothelioma diagnosis.

Frequently Asked Questions

How much higher is the mesothelioma risk for sheet metal workers compared to the general population?

Sheet metal workers face approximately 9.6 times higher odds of developing mesothelioma compared to unexposed workers, according to a British Columbia case-control surveillance study. The 2025 UK occupational mortality analysis further confirmed elevated risk with a proportionate mortality ratio of 217.5, meaning sheet metal workers died from mesothelioma at more than double the expected rate. This elevated risk is attributed primarily to bystander exposure to spray-on asbestos fireproofing on shared construction sites during the peak use period from the 1940s through 1973.

What was the primary source of asbestos exposure for sheet metal workers?

The most significant exposure source for sheet metal workers was bystander contact with spray-on asbestos fireproofing applied by insulators on construction sites. Products such as W.R. Grace's Monokote contained 15-30% amosite and chrysotile asbestos and generated airborne fiber concentrations of 50-200 fibers per cubic centimeter during application — up to 2,000 times the current OSHA permissible exposure limit. Sheet metal workers installing ductwork, ceiling systems, and architectural components throughout these buildings inhaled significant fiber concentrations without ever touching insulation materials directly.

Are sheet metal workers still at risk of asbestos exposure today?

Yes, although risk levels are substantially lower than during the pre-1973 era. Sheet metal workers performing renovation, tenant improvement, or HVAC replacement work in buildings constructed before 1980 may encounter spray-applied asbestos fireproofing, asbestos-containing duct lining, and asbestos gaskets at duct connections. An estimated 733,000 commercial and public buildings in the United States still contain asbestos materials. Current OSHA construction standards (29 CFR 1926.1101) require building surveys, respiratory protection, and asbestos awareness training to reduce these exposures.

What compensation is available for sheet metal workers diagnosed with mesothelioma?

Sheet metal workers with mesothelioma can pursue compensation through multiple channels simultaneously: asbestos bankruptcy trust fund claims (over $30 billion available across 60+ active trusts), personal injury lawsuits against manufacturers and building owners, and workers' compensation claims. Mesothelioma cases involving construction trade workers with documented bystander exposure typically settle for $1 million to $1.4 million through combined recovery channels. Trust fund claims require only documented exposure to a manufacturer's products — not proof of negligence — making them accessible to many sheet metal workers.

How long does it take for mesothelioma to develop after asbestos exposure?

Mesothelioma typically develops 20 to 50 years after initial asbestos exposure, with an average latency period of approximately 30-40 years. This means sheet metal workers exposed during the peak period of the 1940s through 1973 may still be receiving diagnoses today. The SMOHIT screening program documented that workers who entered the trade before 1950 developed parenchymal disease at a rate of 17.4%, underscoring that historical exposures continue producing disease decades later.

What evidence do sheet metal workers need to file an asbestos compensation claim?

Successful claims typically require documentation of employment history (union records, Social Security earnings, W-2 forms), identification of specific job sites where asbestos exposure occurred (building permits, project records, coworker statements), identification of specific asbestos products encountered (manufacturer names, product types), and medical records confirming diagnosis. Sheet Metal Workers International Association local union membership records, dispatch records, and pension documentation are particularly valuable for establishing work history. SMOHIT screening results provide additional evidence for workers who participated in the program.

Can family members of sheet metal workers file asbestos claims?

Yes. Family members of sheet metal workers may have legal options in two situations: secondary (take-home) exposure claims if they developed asbestos-related disease from fibers carried home on work clothing, and wrongful death claims if a sheet metal worker died from mesothelioma or other asbestos-related disease. Workers' compensation death benefits may also be available for surviving family members in many states. Filing deadlines vary by state, so prompt legal consultation is important.

Quick Statistics

• Sheet metal workers ranked among the top 10 highest-risk occupations for mesothelioma mortality in the 2025 UK occupational analysis, based on 59 observed deaths
• The SMOHIT mortality analysis followed 17,345 sheet metal workers with 20 or more years in the trade and documented statistically significant excess mortality from pleural cancers, mesothelioma, and asbestosis
• Pre-1950 trade entrants showed an adjusted prevalence odds ratio of 26.65 for parenchymal disease compared to post-1973 entrants, one of the highest documented dose-response differentials in occupational asbestos studies
• Six distinct asbestos-containing product categories were routinely present in sheet metal work environments: spray fireproofing, duct lining, metal building insulation, gaskets, asbestos paper/millboard, and cement board
• Sheet metal workers on commercial construction projects between 1950 and 1973 routinely worked without respiratory protection, asbestos hazard warnings, or exposure monitoring
• OSHA's initial 1971 asbestos permissible exposure limit of 12 f/cc was 120 times higher than the current standard of 0.1 f/cc, leaving early-career workers with minimal regulatory protection
• The Johns-Manville Trust schedules $350,000 for mesothelioma claims with a current payment percentage of approximately 35%, yielding typical payouts of approximately $122,500 per claimant
• Workers' compensation claims for occupational asbestos disease can be filed concurrently with personal injury lawsuits against third-party manufacturers and contractors in most states
• An estimated 733,000 commercial and public buildings in the United States contain asbestos materials that may be disturbed during HVAC system renovations and upgrades

Get Help

If you or a family member worked in the sheet metal trade and has been diagnosed with mesothelioma or another asbestos-related disease, experienced legal representation can help identify all available compensation sources.

• Danziger & De Llano — Experienced mesothelioma attorneys representing construction trade workers nationwide. Free case evaluation: (855) 699-5441
• Mesothelioma Lawyers Near Me — Find qualified mesothelioma attorneys and take a free case evaluation quiz
• Mesothelioma.net — Comprehensive patient resources including treatment information, clinical trials, and support services
• Mesothelioma Lawyer Center — Legal resources and occupational exposure information for asbestos-related claims

Related Pages

• Insulation Workers and Asbestos Exposure
• Carpenters and Asbestos Exposure
• Electricians and Asbestos Exposure
• Shipyard Workers and Asbestos Exposure
• Asbestos Trust Fund Guide
• Mesothelioma Settlement Information