A-Best Fire Resistant Garments & Clothing
Product Description
A-Best produced fire resistant garments and clothing intended for use in industrial environments where workers faced elevated risks from heat, flame, and high-temperature processes. These protective garments were designed to shield workers from burns and thermal hazards encountered in settings such as manufacturing facilities, foundries, steel mills, shipyards, chemical plants, and refineries. Fire resistant clothing of this type represented a standard component of personal protective equipment in heavy industry throughout much of the twentieth century, issued to workers in roles that brought them into regular proximity with open flames, molten materials, and extreme heat sources.
The category of fire resistant garments encompasses a range of products, including protective jackets, aprons, gloves, hoods, leggings, and full-body suits. In the industrial era when asbestos was widely regarded as a superior heat-resistant material, manufacturers incorporated asbestos fibers into the construction of these garments as a primary means of achieving flame resistance and thermal insulation. A-Best was among the producers that supplied such garments to industrial markets during periods when asbestos was a standard ingredient in heat-protective apparel.
It should be noted that A-Best is more commonly associated in product liability records with pipe insulation and related thermal insulation materials. Litigation records document the company’s involvement in the manufacture and distribution of asbestos-containing products across multiple categories, with fire resistant garments appearing among the product lines identified in legal proceedings against the company.
Asbestos Content
Fire resistant garments manufactured with asbestos content relied on the mineral’s well-documented properties: resistance to combustion, tolerance of extreme temperatures, and the ability to be woven or incorporated into textile materials. Asbestos fibers, particularly chrysotile (white asbestos) and in some cases amosite or other amphibole varieties, were woven directly into fabric or blended with other textile materials to produce garments capable of withstanding high-heat environments.
The use of asbestos in protective clothing was widespread in American industry from roughly the early twentieth century through the 1970s, when regulatory action and growing awareness of health risks began to curtail its use. The Occupational Safety and Health Administration (OSHA) and the Environmental Protection Agency (EPA) eventually established strict controls on asbestos-containing materials, including those used in occupational protective equipment. AHERA (the Asbestos Hazard Emergency Response Act) further defined categories of asbestos-containing materials subject to regulation and abatement requirements.
Plaintiffs alleged in litigation involving A-Best and similar manufacturers that the company knew or should have known of the health dangers associated with asbestos-containing garments and failed to provide adequate warnings to workers who used these products. The asbestos fibers woven into garments could degrade over time, release fibers during normal wear, laundering, or repair, and create inhalation hazards that workers were not adequately warned about.
How Workers Were Exposed
Industrial workers generally represent the broad category of individuals identified as exposed to A-Best fire resistant garments and clothing. Within this category, specific occupational groups faced particularly significant exposure risks due to the nature of their work and their reliance on heat-protective apparel.
Wear and Daily Use: Workers issued asbestos-containing garments as standard personal protective equipment wore these items in close contact with their bodies throughout entire work shifts. Normal wear caused gradual degradation of asbestos-containing fibers in the fabric. As garments aged or became damaged, the potential for fiber release increased. Workers inhaled airborne asbestos fibers without awareness of the risk.
Laundering and Maintenance: Litigation records document concerns about exposure during the cleaning and maintenance of asbestos-containing garments. Workers or laundry personnel who handled, shook out, or washed these garments could release trapped asbestos fibers into the air, creating significant secondary exposure pathways. Workers’ family members who laundered work clothing at home were also identified as at risk in some litigation contexts.
Repair and Alteration: Garments that required repair, patching, or alteration posed additional exposure risks. Cutting or stitching through asbestos-containing fabric released fibers directly into the breathing zone of the person performing the work.
Deterioration Over Time: As asbestos-containing garments aged in industrial storage or regular use, fibers became more friable and more easily released. Workers who used older or worn garments faced elevated exposure compared to those using newer products.
Trades and Industrial Settings: Workers in foundries, steel mills, shipyards, chemical processing plants, oil refineries, glass manufacturing facilities, and similar heavy industrial environments were among those most likely to have been issued fire resistant garments of this type. These workers often faced compounding asbestos exposures from multiple sources in their workplaces, with garments representing one component of a broader occupational exposure profile.
Plaintiffs alleged in litigation that inadequate warnings on product labeling, combined with a lack of employer and manufacturer communication about asbestos hazards, left workers uninformed about the risks they faced through decades of occupational use.