Bubble Wrap was supposed to become wallpaper, not packaging

Introduction: a failed invention that would nonetheless succeed

Two engineers, one idea for wall decoration

In 1957, American engineers Alfred Fielding and Marc Chavannes were working on a project that, at first glance, had nothing to do with the industrial packaging we know today. Their original idea was to create a textured, embossed wallpaper, a decorative innovation meant to appeal to consumers looking for an original wall covering for their homes at the time.

To bring this idea to life, the two inventors used a rather unexpected method: they sealed two plastic shower curtains together, creating small air bubbles trapped between the two layers of material. The visual result did evoke a textured relief, but its appearance failed to convince the interior decoration market that the project had originally targeted, since homeowners of the era generally preferred fabric-based or patterned wall coverings over anything resembling plastic sheeting.

A resounding commercial failure in its original field

The product, marketed as an innovative wallpaper, found no commercial success among consumers of the era, who saw it only as an unattractive plastic covering poorly suited to the decorating trends then popular in American homes. This first commercial attempt therefore ended in near-total failure in the market the two engineers had originally targeted.

There's something rather amusing about picturing these two inventors, convinced they were about to revolutionize wall decor, with no idea that they had actually just created one of the most widely used packaging materials in modern industrial history. Far from discouraging them, this initial failure pushed them to explore other potential uses for their invention.

A second attempt, equally unsuccessful

Greenhouse insulation, another lost bet

After the failure of their textured wallpaper project, Fielding and Chavannes did not abandon their invention. They next tried to market it as a thermal insulation material for agricultural greenhouses, betting on the insulating properties of the air bubbles trapped between the plastic layers to protect crops from the cold.

This second commercial attempt also failed to find the success the inventors had hoped for among the farmers of the time, who already had access to more suitable and less expensive insulation solutions for effectively protecting their crops from seasonal weather changes. Established greenhouse operators saw little reason to switch to an unproven plastic sheet when their existing methods, however unglamorous, already did the job reliably enough.

Persevering through two consecutive failures

Faced with this second commercial setback, many inventors would probably have given up on their project, concluding that the material they had developed would simply never find a viable commercial application. Fielding and Chavannes nonetheless kept searching for a relevant use for their invention, convinced that its particular physical properties had to match some industrial need not yet identified at the time.

This persistence illustrates a quality often cited among successful inventors: the ability to persevere despite repeated commercial failures, actively seeking new outlets for an innovation whose real potential the market had not yet fully recognized. There is a rare kind of humility in this quiet tenacity, the humility of continuing to believe in an idea even after two separate markets have just rejected it completely.

The IBM breakthrough: a third use finally succeeds

A decisive encounter with the nascent computer industry

In 1959, the two inventors had the idea that would finally turn their invention into a resounding commercial success: offering their material as a protective packaging solution for fragile equipment, notably computers produced by the firm IBM, then rapidly expanding into the emerging market for professional computing.

This third attempt immediately found a favorable response among manufacturers, who were specifically looking for an economical solution that could effectively protect their fragile electronic equipment during shipping, a logistical need growing quickly alongside the rapid rise of the computer industry during this period. Unlike the wallpaper and greenhouse markets, this new industrial buyer cared far less about appearance and far more about reliable cushioning at a reasonable cost.

The official birth of the Bubble Wrap brand

It was this commercial success with IBM that finally gave the product its true industrial calling, under the commercial name Bubble Wrap, which has today become an almost generic term for this type of protective material in many English-speaking countries. This complete reorientation, from failed wallpaper to indispensable industrial packaging, remains one of the most striking examples of a successful commercial pivot in the history of twentieth-century inventions.

This success quickly led to the creation of a company dedicated to manufacturing and marketing this material, which would go on to grow steadily over the following decades, driven by the widespread rise of commerce in fragile goods requiring reliable and affordable protective packaging.

How this beloved material actually works

The physical principle behind the protective air bubbles

Technically speaking, the effectiveness of bubble wrap rests on a relatively simple physical principle: the small pockets of air trapped between the two layers of plastic absorb the shocks and vibrations experienced by the packaged object, considerably reducing the risk of damage during sometimes rough handling and transport of parcels. Each individual bubble acts as a tiny cushion, distributing impact energy across the surface of the material instead of letting it strike the fragile object directly.

This shock-absorption property explains why this material remains, even today, widely favored in the logistics and online retail industries, despite the emergence of numerous newer alternatives supposedly offering comparable protective properties at a lower environmental cost and a smaller carbon footprint over the full life cycle of the packaging.

A popularity that goes beyond simple functional use

Beyond its original protective function, bubble wrap has also become, over time, an object of almost playful fascination for many people who particularly enjoy the act of popping the small air bubbles between their fingers. This unexpected recreational dimension has helped popularize this material even further, well beyond its originally strictly industrial use.

It's hard not to smile at the thought that this gesture, now practiced almost instinctively by millions of people around the world, was never remotely intended by the two engineers who were, above all, trying to create decorative wallpaper for people's homes. The gap between that original ambition and the material's actual cultural life could hardly be wider, and no amount of market research back in 1957 could have predicted it.

A success story that crossed the decades, and its lasting lessons

Constant adaptation to modern logistical needs

Since its creation, Bubble Wrap has undergone many technical changes, with variants adapted to different types of products, bubble sizes adjusted to the level of protection required, and newer versions designed to address the growing environmental concerns tied to the massive use of plastic in contemporary commercial packaging.

This ongoing capacity for adaptation explains why this material, originally invented for a completely different purpose, continues to occupy a central place in the global packaging industry, several decades after its accidental invention in a failed interior-decoration context. The success of bubble wrap has also gone beyond the strictly industrial sphere to become a widely recognized cultural reference, regularly cited in the media as an emblematic example of an invention that found its true use through a fortunate commercial accident rather than rigorous initial strategic planning. This cultural notoriety even led to the creation of a dedicated annual celebration, marked every year by enthusiasts of this material around the world, a rare phenomenon for a simple industrial packaging product with no cultural ambition whatsoever at its origin.

Other inventions born from a completely repurposed use

The case of bubble wrap is not isolated in industrial history: many iconic products have also followed a commercial trajectory radically different from the use their creators originally envisioned. This recurring pattern suggests that industrial innovation often proceeds through successive trial and error rather than a perfectly controlled linear plan from the outset.

This observation invites us to reconsider the sometimes idealized image of the inventive genius who conceives from the start the exact final product they will later sell, when historical reality instead shows a succession of trials, errors, and sometimes entirely unforeseen redirections at the moment a product is first conceived. This history encourages today's entrepreneurs not to limit themselves to a single target market when launching a new product, but to actively explore several potential applications before prematurely concluding that an otherwise promising technical innovation has definitively failed. This lesson remains particularly relevant in the current context of product development, where many startups deliberately explore multiple possible uses before finding the market that truly matches their original technical innovation, much as Fielding and Chavannes eventually did after two very public setbacks.

Conclusion: from failed wallpaper to global packaging symbol

An unexpected trajectory that continues to fascinate

The story of Bubble Wrap beautifully illustrates how an invention can fail twice before achieving resounding success in a field completely different from the one its creators originally envisioned. This improbable trajectory continues to fascinate those interested in the history of twentieth-century industrial inventions. Three failures before one triumph: from ruined wallpaper, to failed greenhouse insulation, to triumphant industrial packaging, this three-step journey is a reminder that persevering inventors can, over time, turn an idea once judged hopeless into a product that becomes nearly indispensable worldwide.

It especially reminds us that persistence and openness in the face of failure remain essential qualities for turning an initially failed idea into a product that, decades later, continues to be used daily by millions of people around the world. Few consumers unwrapping a parcel today ever pause to consider that the material cushioning their purchase was once rejected twice before anyone thought to wrap anything in it at all.

An industrial legacy still very much alive today

Even today, it's hard to open a package ordered online without coming across this famous protective material, without necessarily remembering that it was originally meant to decorate the walls of 1950s American homes. This anecdote continues to be told with a mix of amusement and admiration for the persistence of the two inventors behind this invention that has become indispensable worldwide.

That is why this story deserves to be told again and again: better than many others, it illustrates the mix of chance and stubbornness that sometimes shapes the greatest industrial successes in our contemporary commercial history. It also stands as a quiet rebuttal to the idea that great products must be planned perfectly from day one, since this particular one only found its calling on its third attempt, and its true audience was never the one its inventors had originally imagined.

By Maxime Marquette, columnist

Columnist's transparency note

This article draws on documentation from the Smithsonian Institution, the National Inventors Hall of Fame, and the Library of Congress, cross-checked with reporting from the outlets listed below. The sequence of the three commercial attempts reflects the historical record as documented by these institutions, rather than embellished retellings that have circulated over the decades.

Sources

Primary sources

Smithsonian Institution — feature on the history of packaging inventions — 2026

National Inventors Hall of Fame — profile of Alfred Fielding — 2026

Library of Congress — archives on American industrial history — 2026

Secondary sources

Smithsonian Magazine — feature on accidental inventions — 2026

BBC Future — news on the history of technology — 2026

Business Insider — the story behind the birth of Bubble Wrap — 2026