Textone Texture Finish

Product Description

Textone Texture Finish was a gypsum-based decorative texture compound manufactured by United States Gypsum Company (USG), one of the dominant forces in American building materials throughout the twentieth century. Produced from approximately 1928 through 1975, Textone was marketed as a finish coat material applied over interior wall and ceiling surfaces to create decorative textured effects. These finishes were widely used in residential, commercial, and institutional construction during the mid-twentieth century, a period when textured interior surfaces were considered both fashionable and practical for concealing substrate imperfections.

United States Gypsum positioned Textone within its extensive product line as a ready-mixed or powdered finishing material suited for application by brush, roller, or spray equipment. The product was intended to produce uniform decorative surfaces ranging from fine stipple patterns to heavier skip-trowel and knockdown textures, depending on application method and dilution. Its widespread availability and the reputation of the USG brand made Textone a commonly specified product across multiple decades of American construction activity.

The product’s decades-long production run placed it in buildings constructed or renovated between the late 1920s and the mid-1970s. Many of these structures remain standing today, meaning Textone Texture Finish — or its residue — may still be present in older homes, schools, commercial offices, and public buildings undergoing renovation or demolition.

Asbestos Content

Textone Texture Finish contained chrysotile asbestos as a constituent ingredient during its production years. Chrysotile, also known as white asbestos, is a serpentine-form mineral fiber that was extensively used in building materials throughout the twentieth century for its tensile strength, fire resistance, and binding properties. In texture finish compounds like Textone, chrysotile fibers served to reinforce the dried film, reduce cracking, and improve the overall durability and workability of the applied coating.

The use of chrysotile in gypsum-based finishing products was standard industry practice during much of Textone’s production period. United States Gypsum, like other major manufacturers of the era, incorporated asbestos into numerous product lines as a functional additive. The material was sourced from established mining and milling operations and processed into the finished compound at USG manufacturing facilities.

Chrysotile asbestos is classified as a known human carcinogen by the International Agency for Research on Cancer (IARC) and is regulated as a hazardous material under the Occupational Safety and Health Administration (OSHA) standards, 29 CFR 1910.1001 and 29 CFR 1926.1101. Under the Asbestos Hazard Emergency Response Act (AHERA), asbestos-containing building materials like texture finishes are subject to specific identification, management, and abatement requirements in school buildings. Any texture finish material suspected of containing asbestos should be tested by an accredited inspector before disturbance.

How Workers Were Exposed

Exposure to asbestos fibers from Textone Texture Finish occurred primarily during the application, sanding, scraping, or disturbance of the product. Industrial workers and tradespeople who worked with or around Textone during its production years represent the population most significantly affected, though the specific exposure pathways varied by task and setting.

Application and Mixing: Workers who mixed powdered Textone or thinned pre-mixed product generated airborne dust during the preparation process. Pouring, stirring, and agitating the compound could release chrysotile fibers into the breathing zone before the material was ever applied to a surface.

Spray Application: Textured finishes applied by hopper gun or spray equipment were particularly hazardous. Spray application atomized the material into fine airborne particles, increasing the potential for fiber inhalation. Workers operating spray equipment, as well as those working in proximity to spray operations, were exposed to airborne material throughout the application process.

Sanding and Scraping: After the finish coat dried, workers who sanded surfaces to achieve a desired profile, or who later scraped and removed old texture for renovation purposes, disturbed the dried asbestos-containing material. Sanding dry texture finish generates fine respirable dust, and chrysotile fibers released in this manner can remain suspended in air for extended periods.

Bystander and General Construction Exposure: Industrial workers generally — including those present on job sites where Textone was being applied or disturbed — could be exposed to airborne asbestos fibers without directly handling the product. In enclosed spaces with limited ventilation, fiber concentrations could accumulate to significant levels.

OSHA’s current permissible exposure limit (PEL) for asbestos is 0.1 fibers per cubic centimeter of air as an eight-hour time-weighted average. Historical industrial hygiene research has established that many construction and finishing tasks involving asbestos-containing materials frequently exceeded these thresholds, particularly in the era before modern respiratory protection and exposure controls were standard practice.

Diseases associated with occupational asbestos exposure include mesothelioma, asbestosis, lung cancer, and other asbestos-related conditions. These diseases typically have latency periods of ten to fifty years, meaning individuals exposed to Textone Texture Finish during its production years may be receiving diagnoses today.