Asbestos Pipe

The asbestos pipe is a bowl material that emerged in the last quarter of the 19th century and was entirely abandoned about a generation later. It was made either by molding asbestos fiber with a binder or by applying it as a lining inside a bowl made of another material; it stood in tobacconists' display cases alongside briar, meerschaum, and clay pipes. Today it is given very little space in pipe-history narratives.

Asbestos's Years of Prestige

Named from an Ancient Greek word meaning "unquenchable," asbestos was industry's favorite material in the second half of the 19th century: insulation, fire curtains, brake linings, machine gaskets. Mining that began in the 1870s at the Thetford deposits in Quebec, Canada, made the fiber both more abundant and cheaper within a few decades. With a fire-resistant, lightweight raw material that took whatever shape was wanted readily at hand, it is not surprising that pipe makers tried it.

The first record of the danger dates to the same years. The 1898 annual report of the Chief Inspector of Factories and Workshops in Great Britain, based on the observations of Lucy Deane Streatfeild, one of the first female factory inspectors, documented the harm of asbestos dust. By contrast, the first description of the disease in medical literature came only in 1924, and the first British regulation aimed at the asbestos industry was published in 1931.

The Jackson Patent and English Production

According to period patent indexes, the first person to register the asbestos pipe was Charles Jackson, holder of British patent no. 1453 dated 20 March 1883. The registration covered both asbestos pipes with or without a mouthpiece and the placing of an asbestos lining in the shank of a pipe made of another material. Records show production was carried on under the name Jackson Asbestos Manufacturing Company in Nottingham and Birmingham, the products appeared at the 1888-1889 Melbourne Centennial Exhibition, and won a medal at an exhibition held in Birmingham. Period records also show the firm advertising in 1909 its raw material as "the finest Canadian asbestos fiber."

Against this confident advertising language, one of the period's asbestos handbooks, Robert H. Jones's Asbestos and Asbestic, gives a far more measured account of the trade's actual course. According to the book, the material's only real advantage was lightness; the high sales of the early years declined once it became clear the bowl heated up uncomfortably. It is also reported that Jackson himself acknowledged in later years that the bowl softened with extended use.

Traces on the Continent and in America

The material took hold on the European continent in factories that came out of the clay-pipe tradition. In Belgium, the De Bevere family's workshop in Kortrijk produced asbestos pipes alongside fired clay; in 1930 it dropped clay pipes and continued with briar and asbestos. The J. J. Knoedgen factory in Bree, founded in 1846 and changing hands in 1979, followed the same path.

The same idea found an echo across the Atlantic too. US patent no. 549,418, granted 5 November 1895 to Ambrose W. Woodward of Lancaster, Pennsylvania, describes mixing asbestos and plaster in a dextrin solution and applying it as a lining to the inner surface of the bowl. Albert Angell of Orange, New Jersey, in patent no. 783,394 registered on 21 February 1905, proposed coating strips of asbestos paper with condensed milk and forming them into a tube shape, then hardening the result at high heat. Toronto's William W. Hesson, in patent no. 1,455,396 granted 15 May 1923, kneaded four measures of ground corncob with one measure of asbestos fiber, a small amount of plant fiber, and a binder.

The material's dark appearance was recognized well enough to be imitated: a British patent taken out in the 1890s describes first passing clay pipes through a smoky firing and then glazing them to give the impression of meerschaum, briar, or asbestos pipes. Asbestos also entered pipes even where it was not the bowl material. Dunhill, in the GB 213,855 patent it filed on 13 November 1923, described a thin, perforated asbestos disc pressed onto packed tobacco to prevent ash from scattering in the wind and to stop the tobacco burning too fast.

Why It Disappeared

The asbestos pipe quietly withdrew from the market after the first quarter of the 20th century. The reason that stands out in the trade press of the period is not health but usage discomfort: the bowl heated up more than expected and degraded with prolonged use. Looking back today, the more striking point is different: these pipes show how easily a mineral whose harm was already on record in those very years could find its way into an everyday object. How bowl material preference changed over time is treated together in the pipe bowl materials entry.