“43” Finishing Cement by Eagle-Picher

Product Description

Eagle-Picher’s “43” Finishing Cement was a refractory finishing material manufactured from 1944 through 1972. Refractory cements of this type were engineered to withstand extreme heat conditions in industrial environments, providing a hard, durable surface coating applied over insulation systems, furnace linings, boiler exteriors, and high-temperature equipment. The product was designed to create a smooth, protective outer shell that could endure the thermal cycling and mechanical stress common in heavy industrial settings.

During the postwar industrial expansion and through the decades that followed, refractory products like Eagle-Picher’s “43” Finishing Cement were widely specified for use in facilities including steel mills, foundries, power generation plants, chemical processing facilities, and manufacturing operations that relied on high-temperature equipment. The product occupied a specific role in multi-layer insulation systems, typically applied as a finishing or topping coat over base insulation materials to seal surfaces and extend the working life of thermal systems.

Eagle-Picher Industries was a major industrial manufacturer headquartered in Cincinnati, Ohio, with diversified operations that included significant production of asbestos-containing insulation and refractory materials throughout the mid-twentieth century. The company’s refractory product line, including the “43” Finishing Cement, was marketed to industrial buyers and contractors who required materials rated for sustained high-temperature service.

Asbestos Content

The “43” Finishing Cement contained chrysotile asbestos as a functional component of its formulation. Chrysotile, also known as white asbestos, is the most commercially prevalent form of asbestos and belongs to the serpentine mineral group. Its fibrous structure provided refractory cement products with key performance characteristics: improved tensile strength, resistance to thermal cracking, binding cohesion during application, and durability under repeated heating and cooling cycles.

In refractory cement applications, asbestos fibers were incorporated into the cement matrix to reduce brittleness and prevent the cracking that can occur as materials expand and contract under thermal stress. This made chrysotile a practically useful additive for manufacturers producing finishing cements intended for demanding industrial service. The “43” Finishing Cement was produced with chrysotile asbestos content throughout its manufacturing run from 1944 to 1972, a period during which asbestos use in industrial products was standard practice and largely unregulated.

The health hazards associated with chrysotile asbestos are well-documented in the scientific and regulatory record. The U.S. Environmental Protection Agency’s Asbestos Hazard Emergency Response Act (AHERA) framework and OSHA’s occupational exposure standards both recognize chrysotile as a human carcinogen capable of causing mesothelioma, asbestosis, lung cancer, and other serious diseases. Chrysotile fibers, when released into the air and inhaled, can become permanently lodged in lung tissue, where they may cause progressive fibrotic disease or malignancy that can take decades to manifest.

How Workers Were Exposed

Industrial workers in a range of settings were potentially exposed to airborne asbestos fibers released during the handling, mixing, application, and removal of Eagle-Picher “43” Finishing Cement. The nature of refractory finishing cement work created multiple points of fiber release throughout a product’s life cycle.

During mixing and preparation, workers combined dry cement materials with water, a process that could generate dust containing respirable asbestos fibers. Application work, which often involved troweling, brushing, or spraying the material onto equipment surfaces, similarly disturbed the product and released fibers into the immediate work environment. In confined spaces such as boiler rooms, furnace enclosures, and equipment pits, ventilation was frequently inadequate, allowing fiber concentrations to accumulate in the breathing zone of workers performing these tasks.

Maintenance and repair activities posed particularly significant exposure risks. When aging refractory cement required removal, repair, or replacement, workers chipped, scraped, or abraded the hardened material, releasing asbestos fibers from the degraded cement matrix. This kind of disturbance work was common in industrial facilities where high-temperature equipment required periodic maintenance. Workers who did not directly apply or remove the cement — including nearby tradespeople, maintenance personnel, and general industrial workers performing other tasks in the same area — could also be exposed through secondary or bystander contact with airborne fibers.

Litigation records document that workers in industrial environments where Eagle-Picher refractory products were used alleged repeated and prolonged exposure to asbestos-containing dust generated by the “43” Finishing Cement and similar products. Plaintiffs alleged that this exposure occurred without adequate warning of the health hazards associated with asbestos inhalation and without the provision of appropriate respiratory protection or engineering controls to limit fiber release.

The latency period for asbestos-related diseases typically ranges from ten to fifty years following initial exposure, meaning that workers exposed to the “43” Finishing Cement during its production years of 1944 to 1972 may have only received diagnoses in subsequent decades, and individuals exposed near the end of its production run may still be presenting with disease today.

Documented Trust Fund / Legal Options

Eagle-Picher Industries filed for Chapter 11 bankruptcy protection in 1991, driven in significant part by the volume of asbestos personal injury litigation the company faced arising from its decades of manufacturing asbestos-containing products. As part of its bankruptcy reorganization, Eagle-Picher established the Eagle-Picher Industries Personal Injury Settlement Trust to manage and pay claims from individuals who developed asbestos-related diseases attributable to exposure to Eagle-Picher products. However, with respect to the “43” Finishing Cement specifically, individuals should confirm current claim eligibility and trust payment status directly with legal counsel, as trust fund payment levels and processing procedures can change over time.

For individuals whose claims may not be addressed through the Eagle-Picher trust, or where trust distributions are limited, civil litigation remains an avenue that has been pursued against Eagle-Picher and related defendants. Litigation records document that plaintiffs who alleged exposure to Eagle-Picher refractory and insulation products, including finishing cements, brought claims asserting that the company knew or should have known of the hazards of asbestos exposure and failed to warn workers or take adequate steps to protect them.

Plaintiffs alleged theories including products liability, negligence, and failure to warn in cases arising from exposure to Eagle-Picher asbestos-containing materials. Litigation records document that such claims have been pursued in state and federal courts across the United States, often involving individuals diagnosed with mesothelioma, asbestosis, or lung cancer with a documented history of occupational asbestos exposure.

Individuals who believe they were exposed to Eagle-Picher “43” Finishing Cement and have received a diagnosis of an asbestos-related disease are encouraged to consult with an attorney experienced in asbestos litigation. Documentation of work history, exposure sites, and medical records is essential to evaluating legal options. Given the time-sensitive nature of statutes of limitations governing asbestos claims, which vary by state and begin running at different points depending on jurisdiction, early consultation with qualified legal counsel is strongly advisable.