The Occupational Safety and Health Administration (OSHA) ranks construction among the most hazardous industries in the United States. Most every worker is familiar with the ever-present health risks that come with the trade.
In 2012, construction was responsible for the highest number of fatal work injuries out of any U.S. industry sector. That year, more than 54.2 percent of all work-related deaths occurred from what OSHA calls construction’s “fatal four”: falls, struck by an object, electrocution and caught-in or between hazards.
Although workers know to avoid these and other physical hazards at all costs, many job sites host a less obvious risk: harmful exposures to asbestos.
This heat- and flame-resistant mineral was once an ingredient in many different construction materials. In the mid-1960s, scientists confirmed that breathing airborne asbestos can cause a variety of serious lung illnesses, including lung cancer and asbestosis.
Asbestos exposure causes mesothelioma, a rare and aggressive cancer that can arise several decades after someone first breathes it in. Construction professionals who worked with asbestos long ago continue to develop asbestos-related cancer and lung diseases to this day.
Former construction workers are at least five times more likely to develop mesothelioma than the general population, according to a 2018 International Journal of Epidemiology study. For specific trades such as carpenters, plumbers and electricians, the risk is even higher.
While manufacturers have now phased out virtually every product that contains asbestos, contaminated building materials still exist at countless jobsites, placing workers at serious risk of illness or death.
Questions About Asbestos Exposure?
Our Patient Advocates can answer your questions about occupational asbestos exposure and find you an attorney.
Occupations At Risk
A study in the American Journal of Respiratory and Critical Care Medicine estimates that at least 1.3 million construction industry workers are still at risk for occupational asbestos exposure. Especially at risk are demolition workers who create and dispose of contaminated debris. However, the risk applies to workers in any field who perform renovations on older buildings, especially structures built before the 1970s.
Each trade in construction has its own unique set of occupational hazards. Painters deal with chemical fumes, for instance, while roofers must be cautious of high-elevation falls. However, the long-standing industry practice of adding asbestos to various construction products has placed workers from every background at risk for a variety of occupational illnesses.
Trades at risk may include:
- Brick Layers
- Bulldozer operators
- Crane and hoist operators
- Demolition and wrecking crews
- Drywall hangers and tapers
- Home renovators
- Insulation workers
- Masonry workers
- Tile setters
Because workers from various trades can share a single jobsite, it only takes one negligent worker to place many people at risk. Asbestos dust can spread around jobsites easily and expose people who never even handled asbestos directly. Even worse, workers can bring the dust home on their clothes, hair or tools, placing their families at risk of secondary exposures that can be just as deadly.
Several studies show that drywall workers experience a high risk for asbestos-related disease. Workers can release the fibers when they cut drywall panels down to size or fasten them to a building’s framework. Drywall and drywall tape often contained asbestos. Plasterers even patched holes in drywall sheets with asbestos compounds. Sanding down drywall taping compounds can also release asbestos into the air.
A 1979 study confirmed that when drywall workers sanded down drywall taping compounds, the asbestos concentrations in the air were several times higher than the permissible level.
Masons and Bricklayers
Masonry workers once mixed raw asbestos into compounds for bricks, stones or blocks. After preparing these materials, bricklayers faced additional exposure hazards by cutting them down to size and securing them in place with asbestos adhesives or concretes. Masonry workers may also have created asbestos dust by scraping up dry, asbestos-containing mortar to prep the surface for new bricks.
Roofers and Tile Setters
Asbestos shingles and tiles pose serious exposure hazards for construction workers. Tile setters once mixed and spread asbestos grout, or removed it while upgrading a building’s flooring. Roofers often sprayed asbestos-contaminated asphalt cutback or asphalt emulsions onto finished roofs, or tore up old roof flashings as they installed new ones.
Several mesothelioma and lung cancer registries have identified elevated disease rates in former painters, a sign that workplace exposures are common. Many of these workers sprayed asbestos-containing spackling compounds on surfaces before they painted them. A few of the workers even used paint or textured coatings that listed asbestos as an ingredient.
View Our Asbestos Exposure & Construction Workers Fact Sheet
Help raise asbestos awareness by printing and sharing this handout, which covers the key facts about asbestos hazards in the construction industry. With more awareness, we can prevent harmful exposures and make worksites safer for everyone.
Products and Locations
Thousands of commercial construction materials once contained asbestos. Some estimates place the number as high as 4,000. Now, countless buildings contain these asbestos materials. The U.S. Environmental Protection Agency suggests that asbestos products are present in the vast majority of the nation’s 733,000 public and commercial buildings.
The asbestos products in these buildings can range from roof shingles to floor tiles, and many materials in between. Manufacturers typically added asbestos to these products to make them stronger and fire-resistant. Companies sourced the asbestos from several different providers, but many manufacturers used SG-210 Calidria, Union Carbide’s bulk chrysotile product, as their asbestos component.
Widely known for its fireproofing abilities, asbestos was a common ingredient in insulating products. Spray-on insulation was one of the most widely used asbestos products in the construction industry. Workers sprayed products such as Cafco D and Therm-O-Flake (which contained up to 35 percent chrysotile asbestos) on steel columns, aluminum sheets and other metal structures that needed to withstand high temperatures.
Asbestos was also a common ingredient in flooring and roofing materials. Brands like Eternit, Johns Manville, National Gypsum and GAF made asbestos shingles, which roofers often secured with products such as CertainTeed Asbestos Roof Coating. Similarly, brands like American Biltrite, Congoleum and Kentile used the fibers in their flooring tiles. Construction workers often cemented these tiles in place with asbestos mastics and grouts, such as G.W. Berkheimer’s plastic roof cement.
Drywall products, such as gypsum board, plasters, millboard and drywall joint compounds, were made with asbestos as well. One study that sampled 10 drywall taping compounds and 15 spackling compounds found asbestos in all of the taping products and five of the patching products. These products are especially dangerous because the fibers are highly friable, or easily released into the air.
Other asbestos-contaminated construction materials include:
- Spray on acoustic insulation (up to 10 percent asbestos)
- Vermiculite products (contaminated by asbestos until the early 1990s)
- Duct tape (up to 45 percent asbestos)
- Joint packing (up to 40 percent asbestos)
- Construction felts (Calcot, Syncot or Thermesh products)
- Siding panels (Transite, Flintkote or National Gypsum products)
- Insulating cements (Careytemp, HiLite, Gum-Bestos or Detrick products)
- Textured paints and ceiling texturizing products (often less than 5 percent asbestos)
Current laws allow companies to use certain asbestos products in construction as long as they meet government guidelines. Legal asbestos products include roofing felt and coatings, millboard, pipeline wrap, vinyl floor tiles, cement sheets, shingles, pipes and non-roofing coatings. People who work with these products should wear proper protective gear to prevent potentially hazardous exposures.
Get a Free Mesothelioma Guide
Free information, books, wristbands and more for patients and caregivers.Get Yours Now
Some of the most popular manufacturers of asbestos-containing construction products were W.R. Grace, Johns Manville, Owens Corning and Celotex.
Other manufacturers include:
- U.S. Mineral Products
- Delaware Insulation
- Brunswick Fabrications
- The Flintkote Company
- Hanson Permanente
- Artra Group
- Fuller-Austin Insulation
- C.E. Thurston & Sons
- California Portland Cement
- Kentile Floors
Experienced construction workers can sometimes identify asbestos hazards by appearance, labeling, the installer or the manufacturer. If you are not trained in identifying dangerous products, or cannot determine if asbestos is present based on the information available to you, treat the material as if it does contain asbestos.
A diagnosis of mesothelioma or another asbestos-related disease can be disheartening, but long-term survival is possible. Meet some former construction workers who took advantage of the latest therapies and overcame the odds.
Workplace Exposure Studies
Most occupational health organizations agree that contaminated building products increase construction workers’ risk of developing asbestos-related diseases. Many registries note elevated incidences of mesothelioma and lung cancer in asbestos-exposed contractors. A North Carolina study found elevated rates of peritoneal cancers in general construction workers, as well as elevated rates of lung cancer in carpenters, painters and brick masons. Later, an Italian study linked 251 (out of 952) mesothelioma cases to various forms of construction work.
Many studies also note an elevated number of asbestos fibers in construction workers’ lungs. This is true in workers with a diagnosed illness, as well as disease-free workers. In the Italian study mentioned above, analysts found between 350,000 and 3 million asbestos fibers in each of the workers’ lungs.
Science also indicates that construction workers with longer careers have a higher risk of illness. One study funded by the National Institutes of Health found pleural abnormalities in 70 percent of construction workers who had spent at least 30 years in the field.
If you were diagnosed with an asbestos-related disease, you should consider consulting a qualified lawyer. Courts have awarded compensation to workers exposed to asbestos on the job, and many bankrupt asbestos companies have established trust funds for people harmed by their products. These funds have helped patients pay for treatment, travel, lost wages and other common expenses.
One notable lawsuit involved a unionized painter who developed mesothelioma in his 60s. The man spent most of his career painting with texturized top coats and fillers from asbestos manufacturers such as Union Carbide, Kelly Moore and Bondex. Instead of settling out of court, he pursued a traditional trial. The jury awarded him an $11 million verdict.
Another large-scale asbestos lawsuit involved a former construction worker from Florida. The man developed peritoneal mesothelioma, which was traced to his career as a construction supervisor and superintendent. He recalled handling asbestos compounds and ceiling textures from 14 different manufacturers. These companies included Kaiser Gypsum, Union Carbide and Premix-Marbletite. This man’s case also went to trial, where the jury decided on a $14 million verdict.
World Trade Center Contractor
In 2012, the Supreme Court of New York County upheld a ruling in favor of a contractor who worked on the original World Trade Center. The man spent approximately 15 years cutting and installing asbestos tiles and sheetrock in the towers. Other workers further contaminated the site with asbestos fireproofing, tape and pipe coverings. The site manager insisted that he did not pick out the asbestos products, but the court maintained that he failed to adequately protect his workers. However, the financial details have not been released.
Ceiling Tile Installer
Later in 2012, a Missouri court of appeals reviewed a case filed by a former ceiling tile worker’s widow. Her husband passed away from mesothelioma, which he developed after working with Bondex drywall products and Simpson Timber ceiling tiles. His coworkers testified about a snow-like coating of asbestos dust in their workplace, which they recalled getting into their hair, faces and clothing. The initial verdict was $4.5 million, but a jury reduced it after the family settled with one of the manufacturers.
Share this article
Last Modified February 13, 2019
18 Cited Article Sources
Gilham, C. et al. (2018, March 9). Past and current asbestos exposure and future mesothelioma risks in Britain: The Inhaled Particles Study (TIPS).
Retrieved from: https://academic.oup.com/ije/article/47/6/1745/4925430
Clancy, M., Giggard, R., Haynes, K., Hughes, J., Isaacs, S., Marines, L., …& Warner, P. FMI Management Consulting. (2012). US Markets Construction Overview.
Retrieved from: http://www.abc.org/Portals/1/Documents/CheifEconomist/FMI%27s%202012%20Forecast.pdf
Bureau of Labor Statistics – Construction and Extraction Occupations. (27 March 2012).
Retrieved from: http://www.bls.gov/oes/current/oes470000.htm
U.S. Environmental Protection Agency. The Asbestos Informer. (13 December 2012).
Retrieved from: http://www.epa.gov/region4/air/asbestos/inform.htm
Henderson, R. (2012). Industry employment and output projections to 2020. Monthly Labor Review.
Retrieved from: http://www.bls.gov/opub/mlr/2012/01/art4full.pdf
Asbestos Survey Summary – Pacific Union College. Summary of asbestos-containing material in buildings. (26 September 2010).
Retrieved from: http://www.puc.edu/__data/assets/pdf_file/0008/74717/Summary-of-Asbestos-Containing-Material-in-Buildings.pdf
Fischbein, A., Rohl, A. N., Langer, A. M., & Selikoff, I. J. (1979). Drywall construction and asbestos exposure. American Industrial Hygiene Association Journal; 40 (5).
Retrieved from: http://www.ncbi.nlm.nih.gov/pubmed/463751
Wang, E., Dement, J. M., & Lipscomb, H. (1999). Mortality among North Carolina construction workers, 1988-1994. Annals of Occupational and Environmental Hygiene; 14 (1).
Retrieved from: http://www.ncbi.nlm.nih.gov/pubmed/10730138
Guidotti, T. L., Miller, A., Christiani, D., Wagner, G., Balmes, J., Harber, P., …& Green, F. H. Y. (2004). Diagnosis and initial management of nonmalignant diseases related to asbestos. American Journal of Respiratory and Critical Care Medicine; 170 (6).
Retrieved from: http://ajrccm.atsjournals.org/content/170/6/691.long
Merler, E., Bressan, V., & Somigliana, A. (2009). Mesothelioma in construction workers: risk estimate, lung content of asbestos fibers, claims for compensation for occupational disease in the Veneto Region mesothelioma register. La Medicina del Lavoro; 100 (2).
Retrieved from: http://europepmc.org/abstract/MED/19382522
Baker, E. L., Dagg, T., & Greene, R. E. (1985). Respiratory illness in the construction trades. I. The significance of asbestos-associated pleural disease among sheet metal workers. Journal of Occupational Medicine; 27 (7).
Retrieved from: http://europepmc.org/abstract/MED/4032084
Williams, P.R., Phelka, A. D., & Paustenback, D. J. (2007). A review of historical exposures to asbestos among skilled craftsmen. Journal of Toxicology and Environmental Health, Part B: Critical Reviews; 10 (5).
Retrieved from: http://www.ncbi.nlm.nih.gov/pubmed/17687724
Dodson, R. and Hammar, S. Asbestos: Risk Assessment, Epidemiology, and Health Effects. Taylor & Francis: Boca Raton. 2006
Third District Court of Appeal - State of Florida, January Term, A.D. 2012. (20 June 2012).
Retrieved from: http://www.3dca.flcourts.org/Opinions/3D10-1982.pdf
Supreme Court of the State of New York. John Doherty and Kathleen Doherty, Plaintiffs, against AC&S Inc., et al. (18 Jan 2012).
Retrieved from: http://law.justia.com/cases/new-york/other-courts/2012/2012-ny-slip-op-30121-u.html
Missouri Court of Appeals Western District. Appellant-Respondent v. Bondex International Inc. and Simpson Timber Company. (19 June 2012).
Retrieved from: http://statecasefiles.justia.com/documents/missouri/court-of-appeals/wd72474.pdf?ts=1340119022
Welch, L. (1 March 2010). The aging worker in the U.S. Construction Industry. Occupational Health and Safety.
Retrieved from: http://ohsonline.com/articles/2010/03/01/the-aging-worker.aspx
- The Associated General Contractors of America – State Construction Employment. (November 2012). Retrieved from: http://www.agc.org/galleries/default-file/State%20empl%20201211%20-%20Alpha.pdf