ANCIENT ELEMENT, MODERN INDUSTRY
Element 16, from ancient brimstone to modern industry. Its history, how we process it into every form we ship, and the numbers that describe it.
FROM BRIMSTONE TO MODERN INDUSTRY.
Few materials have traveled with humanity as long as sulfur. Known to the ancients as "brimstone," it was gathered by hand from volcanic vents and surface deposits long before it had a name on the periodic table. The Greeks and Romans burned it to fumigate and purify, physicians used it to treat skin ailments, and farmers relied on it to drive off pests and disease.
Over the centuries that followed, sulfur became one of the three essential ingredients of gunpowder and a cornerstone of agriculture. Finely ground and dusted onto crops, it proved one of the most effective early defenses against mildew, fungus, and blight, a role it still plays on farms today.
In 1839, Charles Goodyear discovered that combining sulfur with rubber under heat produced a durable, workable material. Vulcanization made sulfur indispensable to modern manufacturing, and new mining methods soon unlocked vast supplies along the U.S. Gulf Coast, where towns like Freeport, Texas grew up around the trade and sulfur became a true industrial commodity.
Today, elemental sulfur is refined into an array of specialized forms, each engineered for a specific use. From rubber and asphalt to fertilizers and precision agriculture, sulfur remains as essential to modern industry as it was to the ancient world.