Pico Insulation Products by Eagle-Picher

Product Description

Eagle-Picher Industries manufactured a line of thermal and acoustic insulation products marketed under the Pico brand name. These products were designed for industrial and marine environments where high-temperature performance and durability were primary requirements. Pico insulation products were sold across multiple product categories, including pipe covering, marine insulation, and gasket materials — applications that placed them in direct contact with the industrial workforce for decades.

Eagle-Picher Industries was a diversified manufacturer headquartered in Cincinnati, Ohio, with operations spanning automotive components, mining, and industrial materials. The company’s Pico insulation line represented one segment of a broader materials portfolio that served shipyards, refineries, power generation facilities, and heavy manufacturing plants throughout the mid-twentieth century. Eagle-Picher products were specified in industrial construction projects and military applications, giving the Pico brand significant reach across multiple high-exposure work environments.

The company eventually faced overwhelming asbestos-related liability stemming from its various product lines. Eagle-Picher Industries filed for Chapter 11 bankruptcy protection in 1991, and the reorganization process culminated in the establishment of a dedicated compensation trust to resolve personal injury claims related to asbestos-containing products including the Pico line.

Asbestos Content

Pico insulation products contained asbestos as a primary functional ingredient in their formulations. Asbestos was incorporated into pipe-covering materials, marine insulation products, and gasket compounds because of its well-documented resistance to heat, flame, and chemical degradation — properties that made it commercially valuable in demanding industrial settings.

In pipe-covering applications, asbestos fibers were commonly bound into insulating sections or blankets designed to wrap around high-temperature steam and process piping. Marine insulation products relied on asbestos to meet the fire-resistance standards demanded aboard naval vessels and commercial ships. Gasket materials in the Pico line used asbestos to create seals capable of withstanding the pressure and temperature conditions found in boilers, engines, and mechanical systems.

The asbestos content in these products was not incidental. It was engineered into the product design to deliver the performance characteristics that industrial buyers expected. Trust fund documentation and litigation records confirm that Eagle-Picher’s insulation product lines, including products marketed under the Pico name, contained asbestos as a core component of their manufactured composition.

How Workers Were Exposed

Workers encountered Pico insulation products across a range of trades and job sites. Because the product categories span pipe covering, marine insulation, and gasket materials, exposure pathways were varied and often occurred in confined or poorly ventilated spaces where airborne fiber concentrations could accumulate.

Pipe covering installation and removal was among the most significant exposure scenarios. Insulation workers, pipefitters, and plumbers who applied or stripped asbestos-containing pipe covering regularly disturbed the material, generating visible dust clouds that included respirable asbestos fibers. Cutting insulation sections to fit pipe configurations, sanding surfaces to achieve smooth joints, and demolishing old insulation during repairs all created sustained fiber release.

Marine environments presented compounded exposure risks. Shipyard workers — including insulators, boilermakers, machinists, and pipefitters — worked in the holds, engine rooms, and machinery spaces of vessels where Pico marine insulation products were installed. These spaces were often enclosed and ventilated only minimally, meaning that asbestos fibers disturbed during installation, maintenance, or overhaul work remained suspended in the breathing zone for extended periods. Naval ships and commercial vessels built or repaired during World War II and in the postwar decades frequently used asbestos insulation from multiple manufacturers, and workers were often exposed to products from several sources simultaneously.

Gasket work exposed mechanics, pipefitters, and maintenance personnel during both the installation and removal of asbestos-containing gasket materials. Cutting gaskets to size from sheet stock, wire-brushing old gasket material from flanges, and handling worn or brittle gaskets during equipment overhauls all released fibers. Because gasket replacement is a routine maintenance task in industrial facilities, cumulative exposures over a working career could be substantial.

Industrial workers generally who worked in facilities where Pico products were installed — even in trades not directly handling insulation — could be exposed through what industrial hygienists and courts have recognized as bystander exposure. Welders, electricians, painters, and general laborers working in proximity to insulation disturbance activity inhaled fibers without directly touching the product.

OSHA’s current permissible exposure limit for asbestos reflects the agency’s recognition that no level of asbestos fiber exposure has been established as entirely safe, and that historical workplaces routinely exceeded levels now known to cause mesothelioma, asbestosis, lung cancer, and other asbestos-related diseases. Workers who used or worked around Pico insulation products during their production and distribution years were often unprotected by respiratory equipment or medical monitoring programs.