In 1826, John Walker scraped chemicals off a stick,and the accident helped create the modern matchstick

It all started in the year 1826, when Walker was conducting some experiments with certain chemical mixtures to create an igniting substance. The story says that Walker accidentally caused ignition from the chemical mixtures he was experimenting with while stirring them with a small wooden stick. What happened was that once the mixture dried, friction between it and a hard surface caused it to ignite.

It was a process that led to the invention of one of the most important and influential everyday products of the nineteenth century, which is the friction match. The importance of such a discovery lies in the fact that starting fires before matches became commercially available was time-consuming and dangerous. People depended greatly on flint steel, ember fires, or any other chemical ignition processes.

That discovery by Walker opened up doors to what was previously unimaginable. It would no longer be needed to carry big fire-making equipment but only a small ignited stick by just producing a certain amount of friction. This was the invention of the famous 'Friction Lights' according to the historical archives of the Royal Society of Chemistry.

Friction matches changed everyday life dramatically

It might appear insignificant nowadays due to the fact that people take matches for granted in their modern society. However, back then, it was an essential step forward towards a reliable, portable means of ignition. Walker's friction matches could be made possible by the presence of an ignitable chemical mixture on the stick's surface, which lit up due to friction-induced heat generated as the matches were dragged over a surface. As stated by the Encyclopedia Britannica, friction matches quickly replaced previous fire-producing devices thanks to their speed and simplicity of use.

This shift proved significant due to the fact that fire was widely used back then. Cooking, heating, lamps and candles, as well as smoking, were heavily dependent on a means of producing fire. It meant that there was a great advantage in convenience. There was no need for any special devices or a long process to produce fire. Walker allegedly started selling the matches in his local community shortly after the discovery took place. He never patented the invention, though, and according to the Royal Society of Chemistry archives, the first matches gave off a strong sulfur smell.

Later, match technology improved safety and reliability further

The friction matches developed by Walker paved the way for wider advances in ignition science and the manufacturing of matches in Europe. The early friction matches had several inherent dangers since the mixture of certain chemicals could ignite spontaneously or emit toxic fumes. Later on, safer chemical compositions would be tested, resulting in today’s safety matches in which reactive chemicals have been kept separate from the match heads and striking surfaces. According to Smithsonian Magazine, making matches became associated with deadly occupational hazards caused by toxic phosphorus exposure to workers in factories during the latter half of the nineteenth century.

This historical context is relevant for understanding why the innovation did not emerge at its peak from the very beginning. Like any other industrial item, the match evolved slowly through research by scientists and manufacturers to improve the safety and reliability of their product. Nevertheless, the initial, accidental discovery of matches proved to be crucial. It was not part of John Walker's initial purpose to redesign the way that people ignite fires. The scientist was performing certain experiments using the principle of friction until, accidentally, he obtained an ignition reaction on a wooden stick dipped in his chemical compound. The most fascinating feature of the innovation lies in its simplicity. An accidental contact of dry chemicals with a surface resulted in a spontaneous ignition reaction that led to a fire immediately.