Bricklayers and Asbestos Exposure

Bricklayers faced asbestos exposure from refractory materials, mortar additives, and fireproofing. Learn about exposure sources and legal options.

Bricklayers and Asbestos Exposure

Overview

Bricklayers and masons faced asbestos exposure from refractory materials, mortar additives, and working in industrial environments with extensive asbestos insulation. Refractory bricklaying in furnaces, kilns, and boilers involved particularly high exposure to asbestos-containing materials.

Moderate-High
Risk classification
Refractory
Highest exposure type
1940-1980
Peak exposure years

Asbestos in Masonry Materials

Asbestos in masonry materials
MaterialApplicationExposure Level
Refractory mortarHigh-heat applicationsVery High
Refractory cementFurnace and kiln workVery High
Insulating firebrickIndustrial furnacesHigh
Mortar additivesGeneral masonryModerate
Block fill insulationWall insulationModerate

How Bricklayers Were Exposed

Key Facts
Mixed and applied asbestos-containing refractory mortar
Installed refractory brick in furnaces and boilers
Removed old refractory material for repair
Worked in industrial environments with asbestos insulation
Cut and shaped insulating firebrick

Refractory Work

The highest exposure occurred during refractory bricklaying:

  • Mixing dry refractory mortar (heavy dust generation)
  • Installing brick in furnaces, kilns, and boilers
  • Working inside confined industrial equipment
  • Removing deteriorated refractory material

General Masonry

Standard masonry work also involved exposure:

  • Using mortar with asbestos additives
  • Working near other trades disturbing asbestos
  • Building structures that would receive asbestos insulation
Refractory Hazard

Refractory bricklayers who worked in steel mills, power plants, and industrial furnace environments faced particularly intense asbestos exposure from refractory cements and mortars.

Work Environments

Bricklayers faced exposure building and repairing refractories in steel mills across Pennsylvania and Indiana, including blast furnaces and ladles; power plants building and rebricking boilers; foundries casting metal; ceramic and glass plants lining kilns; and general construction projects. Between 1940 and 1980, refractory bricklayers handled mortars and gunning mixes from Johns Manville and Kaiser Aluminum that contained chrysotile and amosite asbestos.

Bricklayers worked alongside:

Health Consequences

Bricklayers face elevated risk of mesothelioma, a cancer of the chest or abdominal lining; asbestosis, a progressive scarring of the lungs; lung cancer, with risk multiplied among smokers; and pleural disease that thickens the lining around the lungs.

Bricklayers diagnosed with mesothelioma typically pursue several tracks in parallel. Refractory-material manufacturers such as Johns Manville and Eagle-Picher established asbestos trust funds through bankruptcy reorganization. Trust claims often run alongside product-liability suits against solvent refractory manufacturers, premises-liability claims against facility owners, VA benefits for military service exposure, and workers’ compensation through a former employer.