The History of Matches: From Friction to the Flame of Convenience

One day in 1827, John Walker, a pharmacist in the northeast of England, was wiping down his laboratory workbench when he accidentally scraped a chemical-coated wooden stick against the floor. A spark flew.^[1] Walker quickly turned this chance discovery into a product. He began coating the tips of wooden sticks with a mixture of antimony sulfide and potassium chlorate, then selling them — customers would slip the stick into a folded piece of sandpaper and pull it through to ignite a flame. A box came with fifty matches and a sheet of sandpaper. The first recorded purchase, made by a local gentleman named Nicholas Rymer, still survives in Walker’s account book.^[1]

Walker never patented the invention. No one knows why. As a result, his idea was rapidly copied, and over the following century, the match changed the world. Starting a fire was no longer a skill.

The World Before Matches: Fire Was Work

Today, striking a match takes less than a second. But for thousands of years, making fire was a difficult and time-consuming task.

The oldest method was the friction technique. A hard wooden stick was rubbed rapidly against a softer wooden board to generate enough heat to create an ember. Humanity used this method for tens of thousands of years. It required dry wood and considerable skill. Even for an experienced person, it could take several minutes to get a spark — and on a damp day, it might fail entirely.^[2]

A more advanced method used flint and a steel striker. Striking flint sharply against steel produced sparks, which were then caught in a piece of tinder such as dry grass or cotton. This technique dates back thousands of years before the common era and was the primary fire-starting tool in medieval Europe.^[3] Even so, it required skill. The flint had to be struck at just the right angle, and transferring the spark to the tinder was no easy feat.

By the early eighteenth century, the tinderbox had become widespread. It was a small container holding flint, steel, and char cloth — a piece of fabric soaked in charcoal — all in one portable kit.^[3] But rain or strong wind could still defeat it. Starting a fire still took several minutes, and success was never guaranteed.

Handling fire conveniently had long been a dream. The first time that dream enlisted the power of chemistry was in the early nineteenth century.

The First Chemical Matches: Chancel and Walker

The year 1805 is significant in the history of matches. That was the year French chemist Jean Chancel created a match that ignited when dipped in sulfuric acid.^[4] The tip of a wooden stick was coated with a compound of sulfur, sugar, and potassium oxide; when dipped in a small vial of sulfuric acid and withdrawn, it would catch fire. It worked, but it was dangerous and cumbersome. Carrying sulfuric acid was impractical, and accidents involving flying sparks or shattered vials were frequent.^[4]

The real practical breakthrough came in 1826 from John Walker. His friction match ignited simply by being rubbed against a suitable surface — no sulfuric acid required. Walker began selling these matches from his pharmacy in 1827.^[1]

Walker’s matches had their own problems, though. They were unreliable, and when they did ignite, sparks flew in multiple directions, creating a fire hazard. The Lucifer match, which appeared in the 1830s, improved on this by igniting more quickly — but it produced a foul smell of sulfur and a great deal of smoke.^[4]

Then came 1831, and a decisive change.

The White Phosphorus Match: A Trade-Off Between Convenience and Danger

In 1831, French chemist Charles Sauria introduced white phosphorus into the match head.^[5] Because white phosphorus ignites spontaneously in air, this match could be struck against virtually any surface — a true all-purpose match.

The convenience of white phosphorus matches swept the world. Factories ramped up production quickly, and these matches became the standard for decades. But behind the convenience lurked a terrible price.

White phosphorus is highly toxic. Workers in match factories who inhaled white phosphorus vapor over long periods developed a condition called phossy jaw.^[6] The disease caused the jawbone to rot slowly away. It began with toothache and swollen gums, then the jawbone progressively died. In severe cases, the bone would break through the skin. Accounts describe how, in a darkened room, the affected area of a patient’s jaw would glow with a pale blue light — because white phosphorus is fluorescent.^[6]

The disease spread widely among match factory workers. Most of the victims were poor women and children. Without surgery to remove the jawbone, the disease was fatal; even with surgery, severe facial deformity remained.^[6]

What made the tragedy even deeper was the fact that an alternative already existed. In 1845, Austrian chemist Anton von Schrötter discovered that heating white phosphorus converted it into non-toxic red phosphorus.^[9] Red phosphorus was harmless to the human body and could serve as the key ingredient for safety matches. Yet factory owners refused to make the switch, on the grounds that red phosphorus was more expensive than white. Production costs took priority over workers’ health. This choice inflicted suffering on tens of thousands of workers over the following decades.

The Match Girls’ Strike: London, 1888

In the summer of 1888, women workers at the Bryant and May match factory in London went on strike. About 1,400 workers — mostly women in their teens and twenties — labored more than sixty hours a week for a weekly wage of just four to six shillings.^[7] Fines were deducted from their pay for eating meals in the wrong place or making mistakes.

The most pressing concern was phossy jaw. Some of the striking workers were already experiencing the early symptoms of the disease. Social reformer Annie Besant brought their conditions to public attention through the press, and public outrage grew.^[7]

After three weeks of striking, the company agreed to abolish the fine system and improve working conditions. The Match Girls’ Strike stands in British labor history as the first large-scale successful action by organized women workers.^[7]

Yet the ban on white phosphorus itself came considerably later. It was 1906 before governments signed the Berne Convention — the international treaty banning white phosphorus matches — and it was not until 1913 that the manufacture of white phosphorus matches was effectively prohibited in the United States.^[8]

The Safety Match: Sweden’s Solution

The answer to the dangers of white phosphorus came from Sweden. In 1844, Swedish chemist Gustaf Erik Pasch proposed a key idea: separate the two components needed for ignition. Put the oxidizing agent in the match head, and coat the striking surface — the side of the matchbox — with the component needed for ignition.^[9]

Pasch’s idea was brilliant, but it could not be put into practice at first. The man who completed it was Johan Edvard Lundström, also of Sweden, in 1855. Lundström removed white phosphorus from the match head entirely and instead used red phosphorus only on the striking surface on the side of the box.^[9]

Red phosphorus has a different chemical structure from white phosphorus. It is far less toxic and does not ignite spontaneously in air. As a result, this safety match only ignited when struck against the friction surface on the box — rubbing it against anything else would not light it. Control of fire had at last returned to the user.

The Swedish safety match rapidly became the world standard. The matches we use today are essentially identical in design to what Lundström created in 1855.

The Match King’s Empire: Ivar Kreuger

In the early twentieth century, as the safety match industry grew, one man set out to hold the world’s fire in his grip. He was a Swedish businessman named Ivar Kreuger (1880–1932).

In 1913, Kreuger merged Sweden’s match companies to form Svenska Tändsticks AB — soon known as Swedish Match.^[10] He expanded his business in a characteristic way: offering loans to European countries struggling financially after the First World War, in exchange for exclusive match monopolies. Dozens of countries — France, Germany, Hungary, Poland, Romania, Yugoslavia, and more — signed agreements with Kreuger.^[10]

By the late 1920s, Kreuger’s empire controlled roughly two-thirds of the world’s match production. He expanded into real estate, finance, and mining, and styled himself the “Match King.”^[10]

But Kreuger’s empire was built on sophisticated accounting fraud. When the Great Depression struck in 1929, his entire operation began to unravel. On March 12, 1932, his body was found in a Paris apartment — a self-inflicted gunshot wound.^[10]

The scale of the fraudulent bookkeeping uncovered after his death was unprecedented for the time. The Kreuger scandal influenced the tightening of securities regulation in the United States and helped lay the foundations of modern financial auditing.^[10]

The Rise of the Lighter and the Twilight of the Match

At the very height of the match’s dominance, the device that would replace it had already been invented: the lighter.

The prototype of the gas lighter actually predates the practical match. German chemist Johann Wolfgang Döbereiner invented an ignition device using hydrogen gas and a platinum catalyst in 1823.^[11] Known as “Döbereiner’s lamp,” it was large and expensive. The practical gas lighter did not become widespread until the early twentieth century.

The First World War accelerated the lighter’s spread. Matches were easily extinguished by the wind and rain of the trenches, while metal lighters worked reliably even in those conditions. When the war ended and soldiers came home, their preference for lighters came with them.^[11]

In the 1970s, French company BIC introduced the disposable plastic lighter. Cheap, lightweight, and easy to use, it stripped away the last competitive advantage the match had held. The match industry has declined steadily in the decades since.^[11]

The Cultural Life of the Match

As matches faded from daily life, their cultural presence became, if anything, more vivid.

For a long time, the match was a symbol of brevity. In Hans Christian Andersen’s fairy tale The Little Match Girl (1845), each struck match is a vehicle for a fleeting moment between dream and reality.^[12] The brief flame and its inevitable extinction made the match a perfect vessel for the duality of transience and hope.

Yet reality overlaps with this fairy tale. The year 1845 was a time when white phosphorus matches dominated all of Europe. The matches the girl sold on the street were almost certainly white phosphorus matches. Around the time Andersen wrote this story, children about the same age as the girl were working in match factories, handling white phosphorus. In the tale, the girl dies lighting matches against the cold, but in reality, children were suffering from phossy jaw — the necrosis of the jawbone caused by phosphorus poisoning. The tragedy of The Little Match Girl was not simply a story of poverty; it was intertwined with the darkness of an era shaped by the white phosphorus match industry. Some have also suggested that the scenes in which the girl sees visions each time she strikes a match may reflect the neurological effects of the toxic fumes produced by burning white phosphorus. This is not a medically proven analysis, but for readers aware of the dangers of white phosphorus matches at the time, these scenes can be read in a different light.

The matchstick also became a puzzle medium. Arranging matchsticks into triangles or squares, or moving a specific stick to complete an equation — mathematical puzzles of this kind became popular in the nineteenth century and persist to this day. The matchstick’s visual simplicity and physical manipulability made it ideal.^[12]

Matchbox collecting — known as phillumeny — established itself as a hobby culture in its own right. From the late nineteenth century, match companies began printing pictures, advertisements, maps, and portraits on the outside of their boxes. Japanese matchbox labels of the early twentieth century were particularly celebrated for their artistry.^[13] These small rectangular scraps of paper are a compressed record of each era’s visual fashions and advertising culture.

The Flame Still Struck

Today, the match has surrendered most of its functions to the lighter. But it has not disappeared entirely. At ceremonies and rituals, in front of birthday cakes, inside camping tents, matches are still struck and snuffed.

The accidental spark in Walker’s laboratory changed the world. Something that had required skill for thousands of years became something anyone could do. Along the way, women workers in match factories lost their health, a match king committed fraud, and chemists invented safer fire.

A single match burns for only a few seconds. In that brief flame are recorded two hundred years of invention and struggle — and the history of how human beings have sought to control fire.