There’s no single inventor of adhesive tape. The answer depends on which type you mean. The first adhesive plaster was patented in 1845 by two American doctors, the first masking tape was invented in 1925 by a 3M engineer named Richard Drew, and the clear cellophane tape most people picture when they hear “tape” came from the same inventor in 1930. Each version solved a different problem, and together they trace a surprisingly rich 180-year history.
The First Adhesive Plaster: 1845
The earliest patent for a self-sticking tape belongs to Drs. Horace Harrell Day and William H. Shecut, who received U.S. Patent No. 3,965 on March 26, 1845, for an “adhesive medicated plaster.” Their innovation was straightforward: dissolve rubber in a solvent and paint it onto fabric. The result was a wound dressing that stuck to skin on its own, without needing to be tied or pinned in place. It was a medical product, not a household one, but it established the core idea that would define every tape that followed.
Meanwhile in Germany, a parallel line of development was underway. The pharmacist Paul C. Beiersdorf had been working on his own adhesive bandage when Dr. Oscar Troplowitz took over his laboratory in 1890. The bandage stuck well but irritated skin. Rather than abandon the project, Troplowitz pivoted. In 1896, he launched the first technical adhesive tape, a product called the “Cito Sports Adhesive Plaster” designed for patching bicycle tires. That product line eventually became tesa, still one of the world’s largest adhesive tape brands.
Richard Drew and the Birth of Masking Tape
The person most often credited as the inventor of modern adhesive tape is Richard Drew, a young engineer at the Minnesota Mining and Manufacturing Company (now 3M). In the early 1920s, Drew was visiting auto body shops to test a new sandpaper product when he noticed painters struggling with a recurring problem. When painting cars in two-tone designs, they had no clean way to mask off the areas they didn’t want painted. The tapes available at the time either pulled off the existing paint or left sticky residue behind.
After two years of experimentation in 3M’s labs, Drew invented the first masking tape in 1925. It used a crepe paper backing with a pressure-sensitive adhesive, a type of glue that sticks to surfaces with nothing more than light finger pressure, no water, heat, or solvent needed. That quality is what separates true adhesive tape from older sticky products like flypaper. The adhesive bonds on contact, holds firmly, and ideally peels away without leaving residue. Drew received U.S. Patent No. 1,760,820 for the invention.
Clear Cellophane Tape: 1930
Drew wasn’t finished. By the late 1920s, cellophane was becoming a popular packaging material, and Drew saw an opportunity to create a transparent, waterproof tape. In 1930, he developed Scotch Brand Cellulose Tape, the clear tape that became a fixture in homes and offices worldwide. The timing was fortunate. The Great Depression had just begun, and a cheap, versatile tape that could mend torn pages, seal envelopes, and patch household items found an eager market among people looking to repair rather than replace.
The “Scotch” name, according to popular legend, came from an auto painter’s complaint that 3M was being stingy (“Scotch”) with the adhesive on early masking tape prototypes, which only had glue along the edges. Whether or not the story is true, the brand name stuck and became synonymous with clear tape in much of the world.
Duct Tape and the Second World War
The next major leap came during World War II, and its inventor wasn’t an engineer. Vesta Stoudt was an Illinois mother with two sons serving in the U.S. Navy. In 1943, she was working at the Green River Ordnance Plant, packing and inspecting ammunition boxes. The boxes were sealed with thin paper tape and then dipped in wax to make them waterproof, but the paper tabs tore off easily. Soldiers under fire would struggle to open the boxes when they needed ammunition most.
Stoudt’s solution was simple: use a waterproof cloth tape instead. On February 10, 1943, she wrote directly to President Franklin D. Roosevelt, complete with diagrams explaining the problem and her fix. Roosevelt was impressed enough to forward the letter to the War Production Board, which approved her idea and assigned production to the Industrial Tape Corporation, a Johnson & Johnson operating company with expertise in adhesive tapes.
The resulting product, a strong cloth-backed tape with a waterproof coating, was originally olive green to match military equipment. Troops called it “100-mile-per-hour tape” because they used it to fix virtually everything, from jeep fenders to boots. The U.S. military went through hundreds of thousands of miles of it during the war. After the war ended, the tape found a second life in construction and home repair, where it was widely used to seal ductwork and picked up the name most people know today.
What Makes Adhesive Tape Work
All modern tapes rely on what’s called a pressure-sensitive adhesive. Unlike glues that need to dry, cure, or be activated with heat, a pressure-sensitive adhesive is permanently tacky at room temperature. You press it against a surface with your fingers, and it bonds. Pull it away, and it ideally comes off clean. This combination of instant grip and clean removal is what distinguishes adhesive tape from other sticky materials. The adhesive has to be tacky enough to grab hold, strong enough to stay put, and elastic enough to peel off without shredding or leaving gunk behind.
Getting that balance right is what drove most of the innovation in the field. Day and Shecut’s 1845 plaster stuck to skin but was hard to remove. Troplowitz’s 1890s bandage adhered beautifully but irritated skin. Drew’s masking tape needed to hold firmly during painting but release without damaging the underlying surface. Each generation of tape refined the adhesive chemistry to serve a more specific purpose, and that’s why you now find dozens of specialized tapes for electrical work, plumbing, painting, packaging, medicine, and crafts, all built on the same basic principle that a rubber-coated strip can bond to a surface with nothing more than a press of the hand.