In 1957, two engineers in Hawthorne, New Jersey fed two plastic shower curtains through a heat-sealing machine and stared at the result: a sheet of film with air bubbles trapped between the layers. It was not what they were going for. They were trying to make textured wallpaper for the Beat generation. What they got instead was the first piece of bubble wrap — the most accidentally useful material of the twentieth century.
Alfred Fielding, an engineer, and Marc Chavannes, a Swiss chemist, had a specific vision. The late 1950s were a time of postwar suburban conformity — flat walls, flat paint, flat everything. The Beats wanted texture, roughness, something you could feel. Fielding and Chavannes thought three-dimensional wallpaper — a surface with actual air pockets pressing out from the wall — would be the answer. They sealed two pieces of polyethylene sheeting together and got exactly what they built: a sheet with trapped air bubbles. The problem was that nobody wanted to put bubble-covered plastic on their living room walls.
The wallpaper idea died quickly. But Fielding and Chavannes didn’t throw the material away. They filed patents. They kept thinking. Over the next few years they brainstormed more than four hundred potential uses for the stuff, according to the Smithsonian Magazine — a product that had already failed at its first job, and they were cataloging it for three hundred and ninety-nine more. One of those ideas made it off the drawing board: greenhouse insulation. They actually tested it. It didn’t work. The air bubbles trapped heat unevenly, and the material was too flimsy to hold up against weather. By any reasonable measure, bubble wrap had now failed at two jobs. Most inventors would have quit.
A Computer That Needed Protecting
The break came in 1960, when Fielding and Chavannes founded the Sealed Air Corporation to try to commercialize their bubble material. At around the same time, IBM had introduced the 1401 — a transistorized data processing system that IBM itself called “the Model T of the computer industry.” Over twelve thousand units were eventually produced, and by the mid-1960s the 1401 comprised more than half of the world’s computers (IBM, The IBM 1401). It was the first mainframe that small and medium businesses could afford to lease, at $2,500 a month instead of $10,000.
The 1401 was a delicate machine, and IBM needed a way to ship it to customers without damage. Before bubble wrap, the best packaging material was balled-up newspaper — messy, inconsistent, and ink-stained. IBM tried Sealed Air’s product and found that the air-filled bubbles provided reliable cushioning during transit. In 1961, bubble wrap found its purpose. The product that failed as wallpaper and failed as greenhouse insulation became the standard for protecting everything that shipped.
It was, as Sealed Air’s vice president Chad Stephens later put it, “the answer to IBM’s problems — they could ship their computers without damage. That opened the door for a lot of other businesses” (Smithsonian Magazine, The Accidental Invention of Bubble Wrap).
Fielding and Chavannes were inducted into the New Jersey Inventors Hall of Fame in 1993.
The First Pop
There is a detail in the Smithsonian story that doesn’t get enough attention. Alfred Fielding’s young son, Howard, was about five years old when his father brought a sheet of the new material home. Howard picked up the sheet, felt the air bubbles pressing against his fingers, and did the only thing a five-year-old could do: he squeezed it. The bubble popped. He kept going.
“I remember looking at the stuff and my instinct was to squeeze it,” Howard Fielding later recalled. “I say I’m the first person to pop Bubble Wrap, but I’m sure it’s not true. The adults at my father’s firm likely did so for quality assurance. But I was probably the first kid.” He added: “They were really fun to pop. The bubbles were a lot bigger then, so they made a loud noise” (Smithsonian Magazine).
The inventors had created a packaging material. Their son had discovered something else entirely — that popping air-filled plastic is compulsively satisfying, and that the satisfaction comes from somewhere deep in human psychology.
Science Says: Pop It
In 1992, Kathleen Dillon, a psychology professor at New England College, published a study in Psychological Reports that asked a question nobody had thought to investigate formally: does popping bubble wrap actually make you feel better? She recruited thirty undergraduates and gave each of them two six-inch sheets of bubble wrap to pop, then measured their mood across four dimensions: energy, tiredness, calmness, and tension (PubMed, Popping Sealed Air-Capsules to Reduce Stress).
Three of the four measures changed significantly. The students reported feeling more energized, less tired, and calmer after popping the sheets. Dillon noted that the technique had several advantages over traditional stress-relief methods: it required “minimum ability, essentially no training or practice, and little likelihood of paradoxical anxiety effects” that sometimes accompany meditative relaxation techniques.
She drew a connection to something older — the “worrybeads” of ancient Greece, smooth stones or amber carried in the hand for their calming effect, and the Catholic tradition of telling beads. The common thread was tactile manipulation: keeping your hands busy with a small, repetitive motion that releases muscle tension. Dillon cited the psychologist Robert Thayer, who theorized that stress creates a “freeze” response — the body locks up, waiting to decide whether to fight or flee — and that small nervous motions like foot-jiggling or bubble-popping release that frozen tension (New York Magazine, The Fidget Business).
Or, as Dillon put it simply: “It’s compulsive.”
The entire modern fidget-toy industry — Pop Its, stress balls, spinning rings — is a descendant of that one study and the universal human experience of encountering a sheet of bubble wrap and not being able to leave it alone.
The Bubble That Wouldn’t Pop
In 2015, Sealed Air tried to do the unthinkable: redesign bubble wrap so it couldn’t be popped. The new product, called iBubble Wrap, connected the air pockets in columns so that pressing one bubble simply transferred air to the next one. No pop. No satisfaction. The idea was that retailers could ship the wrap flat — taking up one-fiftieth the space of traditional bubble wrap — and inflate it on site with an air pump (Wall Street Journal, Revamped Bubble Wrap Loses Its Pop).
The backlash was immediate and predictable. Customers hated it. The whole point of bubble wrap, as far as anyone was concerned, was the pop. Sealed Air kept making the original poppable version alongside the new one, and iBubble Wrap quietly became a footnote. Today the company still sells both, but the poppable version remains the standard. Some things don’t survive redesign.
The Material That Ships the World
The numbers are staggering for something that was supposed to be wallpaper. The global bubble wrap market was valued at $3.54 billion in 2024 and is projected to reach $5 billion by 2034 (Woola, Bubble Wrap Statistics). Sealed Air produces approximately 240,000 miles of bubble wrap per year (Design Life-Cycle, Bubble Wrap). The material is low-density polyethylene — the same plastic used in grocery bags — formed into hemispheres ranging from 6 millimeters to 26 millimeters in diameter. The most common size is one centimeter across.
Modern bubble wrap is engineered far beyond what Fielding and Chavannes built. Barrier-bubble technology retains air significantly longer than non-barrier alternatives. Anti-static versions protect sensitive electronics from static discharge. Thermal bubble wrap — used in pharmaceutical and perishable goods transport — is a market segment projected to grow from $11.2 billion to $17.5 billion between 2024 and 2032. And Sealed Air now produces bubble wrap with 90 percent recycled content.
There is a National Bubble Wrap Appreciation Day, observed on the last Monday in January. Sealed Air celebrated it in January 2026 by launching a “Pop Pack” activation tied to the Super Bowl, honoring the product’s legacy as both a packaging revolution and a cultural phenomenon (PR Newswire, Sealed Air Celebrates National Bubble Wrap Appreciation Day).
The Lesson Nobody Teaches
Bubble wrap is one of those inventions that refuses to make sense in the standard narrative. The story is supposed to go: someone has a problem, invents a solution, the solution succeeds. Bubble wrap had no problem to solve. Two engineers wanted to make textured wallpaper, accidentally trapped air in plastic, tried four hundred different uses, failed at greenhouse insulation, and only stumbled into success because IBM happened to need a way to ship a computer at the exact moment a Sealed Air founder had a sheet of bubbly plastic sitting around.
If the IBM 1401 hadn’t needed packaging, bubble wrap would be a footnote about failed wallpaper. If Fielding and Chavannes had thrown the material away after the greenhouse experiment — the one that was actually tested and didn’t work — there would be nothing to sell.
Instead, every package you receive today is wrapped in a material that was supposed to be on your wall, that failed at insulation, that was nearly redesigned out of existence, and that owes its continued success to a five-year-old boy who squeezed a piece of plastic and couldn’t stop.