A Belgian-born chemist named Leo Baekeland used his profits from the sale of Velox, a film treatment used by newspapers, to set up an independent lab in Yonkers, New York around the year 1901. Dr. Baekeland spent several years working on a durable coating for the lanes of bowling alleys, similar to today's protective polyurethane floor sealants. He combined carbolic acid and formaldehyde to form phenolic resin. This resin would remain pourable long enough to apply to hardwood flooring, but then become insoluble and impermeable after curing. Dr. Baekeland patented this early form of plastic and started his own Bakelite corporation around 1910 to market it to heavy industry and automobile manufacturers. Bakelite could be used for electric insulators or as an insulating coating for automotive wiring.

After a decade of primarily industrial applications, Bakelite soon entered the consumer market. Thomas Edison used Bakelite as the base for his early commercial phonograph records. It was also used to form billiard balls and as decorative handles for flatware and hand-held mirrors. Bakelite could be melted and poured into lead molds to form the shape of drinking glasses, flower vases, musical instruments and other consumer goods. It replaced an earlier, more flammable form of plastic called celluloid.

Bakelite products were not often mass-produced through an injection mold process. Craftsmen who wanted to create jewelry or other decorative items from Bakelite would order it in the form of cylinders or blocks. Powered hand tools and grinders would allow artisans to carve out individual pieces for resale. Bakelite jewelry became the rage among fashionable consumers, but its relatively low cost also made it popular among the general public during the Depression. In 1927, the original patent for Bakelite expired and the rights to the process were bought by a company called Catalin. Manufacturers learned how to add a full palette of colors to the resin and Bakelite-Catalin continued to be popular until the late 1940s.

Ultimately, Bakelite-Catalin's labor-intensive process proved to be its undoing. After World War II, mass production became the plastic industry's buzzword and Bakelite became a pleasant memory. Collectors today prize it for its patina and its versatility. Unscrupulous dealers, however, have tried to sell other plastic items as authentic Bakelite. One test for authenticity is called the hot pin test. Interested buyers should find an inconspicuous area of the object in question and apply a heated pin. True Bakelite gives off a distinctive odor as it melts, very similar to the scent of burnt human hair. If the pin melts the object but no formaldehyde/burnt hair odor is detected, it is most likely an imitation.

Hi Cal,

Lets break down your question as follows:

1) Does some one know about bakelite?

Answer: Yes, I have 25 years experience, thermoset molder, tooling designer/builder

2) How does one obtain a Bakelite Machine?

Answer: This depends on what you want to do. Bakelite has a few forms, some of which are already formed (molded) into rods, sheets, rectangles etc., which can be milled or turned to produce a finished product. The machine you might need would be a lathe or a mill or both. The tolerance of the finished product would depend on the accuracy of your machining.

If you have a concept on a part made out of bakelite, and you have a mold, the machine you would need might be a thermoset phenolic injection molding press, or a compression / transfer press, again, depending on the finished product you are looking for. The tolerance of the finished product would be fairly accurate and consistent, part to part, when using the injection molded / compression /transfer process. Raw material is available from several suppliers in the US and abroad, most commonly in the granular form. Machinery for processing is available, new and used alike.

Please update your question so we can assist further.

Paul