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The history of the film trades
Window film, paint protection film, vehicle wraps and ceramic — four crafts that grew up in dye houses, sign shops, war departments and detail bays, and ended up in the same shop. This is the story, told straight, the way the people in this directory live it.
The history of window film
Window film starts with a sheet of plastic. In 1941, two chemists in Manchester, England patented PET — polyester — and by the early 1950s DuPont had stretched it into a clear, strong film called Mylar. Biaxially oriented polyester, pulled tight in two directions until a layer thinner than paper becomes stubbornly hard to tear, is the base of virtually every window film ever installed, from the cheapest dyed tint to the most advanced ceramic. Everything else in this story is stuck to the world with the same invention: the pressure-sensitive adhesive Stan Avery pioneered in 1935, when he built the first self-adhesive label and founded the company that became Avery Dennison. Peel the liner off any film in any shop in this directory and you are looking at the same idea, ninety years old.
Before film came in rolls, tint came out of a spray gun. Through the middle of the twentieth century, shops darkened glass with flow-on liquid coatings — “liquid tint” — sprayed or flowed straight onto the pane. It worked, after a fashion, and the old flow-coat men had one lasting boast: their liquid never turned purple. But a coating lived and died with the glass it was sprayed on, and it could not be shipped, stocked, or standardized. The trade needed tint as a product, not a performance.
It got one on December 6, 1966, when the first sun-control window film patent — US 3,290,203 — was issued to 3M, and 3M launched Scotchtint. Tint became something shipped in a roll: a microscopically thin working layer that could calm a window down without replacing it. The first films were dyed polyester, and they showed their youth. Curved glass needed seams, because nobody could shrink film yet, and the dye broke down in the sun and turned purple — the failure every later generation of film would be sold against.
The patent was not the only birth. A decade earlier, in 1956, a Virginia company called Martin Processing had started dyeing polyester film — the root of what became LLumar, one of the biggest film brands on earth. And the other founding technology, vacuum metallizing, was older still: Madico, a Massachusetts company founded in 1903, ran North America’s first vacuum metallizer in 1935 — coating gift wrap. In 1968 that same company turned its coating machines toward the sun and became a window film maker; its Sun-Gard, Sunscape and SafetyShield lines followed, and Madico sits today inside Japan’s Lintec group. Dyeing and metallizing: two crafts, born in a Virginia dye house and a Boston-area gift-wrap plant, are the parents of the entire trade.
Then 1973 hit. The energy crisis sent fuel prices through the roof, and suddenly every building owner in America was asking the same question: how do I keep the glass and lose the heat bill? Film was the answer they could afford, and a trade was born. The crisis made film a building product, and buildings taught film new tricks. In 1981, researchers out of Lawrence Berkeley National Laboratory helped a young company called Southwall bring out Heat Mirror — a sputtered metal coating on polyester film, suspended inside a glass unit. Understand what that means: the first famous low-energy window was not coated glass. It was film, living inside the glass. Only later did sputtering move onto the glass itself, becoming the low-E coatings the glass industry sells today. The film trade did not just follow the glass trade. At least once, it taught it.
The generations that followed are the ones installers still argue about. Metallized films reflected heat instead of soaking it up. Then came sputtered films — nickel, chrome and titanium laid down atom by atom — which looked softer and lasted longer, but were still metal, and metal can argue with radio and phone signals. Hybrid dye-and-metal films followed in the early 1990s, and by the late 1990s and 2000s the answer arrived: ceramic and nano-ceramic films with no metal in them at all. The trade also grew its own institution along the way — the International Window Film Association, begun in 1988 as automotive tint laws multiplied and formally formed in 1991 by manufacturers, distributors and dealers. And the two branches of the family learned they had different physics: automotive film is built to absorb heat and be heat-formed to curved glass, while flat-glass film is built to reflect it — and absorptive auto film on a building pane can cook the glass until it cracks. Knowing which film belongs on which glass became part of the craft itself.
The makers, meanwhile, multiplied — and if you follow the family trees, the whole industry turns out to be a handful of houses, endlessly bought, sold and recombined. Martin Processing’s dye works passed to Courtaulds, then to Solutia, and in 2012 Solutia was bought by Eastman — which is how LLumar came to sit in Kingsport, Tennessee. Eastman then bought Commonwealth Laminating in 2014, adding SunTek, and PremiumShield’s pattern business in 2021; the Eastman shelf a shop chooses from today runs LLumar, SunTek, Vista, FormulaOne and Gila, with V-KOOL and Hüper Optik’s American distribution in the same family. Solar Gard built its name on sputtered film under Belgium’s Bekaert before Saint-Gobain — a glass house founded in 1665 as the king’s mirror-makers — bought it in 2011. On a kibbutz in Israel’s Western Galilee, Hanita Coatings spent three decades perfecting coated polyester before Avery Dennison bought it in 2017 and made it its window film arm. In California, Alan Johnson’s laminating company made its first window film in 1975 and stayed family-run for three generations, until Madico acquired Johnson Window Films in 2026 and kept the family name on the door. Dye houses, gift-wrap plants, kibbutzim, kings’ mirror works — that is who makes the film in the plotter room.
One branch of the film family deserves its own paragraph, because it holds buildings together when things go wrong. Safety and security film descends from laminated glass itself — the idea, born with PVB interlayers in the early twentieth century, that glass should break without flying. Thick polyester safety film brought that idea to glass that was already installed: blast mitigation after bombings, smash-and-grab resistance for storefronts, storm protection along the coasts, and school security in the hardest years. It is the quiet end of the trade — nobody photographs it, nobody shows it off — and on the worst day a building ever has, it is the layer that matters most.
That is the short telling. The complete, detailed history of window film — the liquid-tint years, the patent record, every maker and every generation of the film itself — lives at WFR For My Car. To find out more, start there.
The history of paint protection film
Paint protection film did not come from a detail shop. It came from a war. During the Vietnam era, helicopter rotor blades were getting chewed apart by flying debris, and 3M’s answer was a thick, clear urethane film — helicopter tape. The urethane was TPU, tougher and more flexible than polyester, and when the technology walked off the base it walked onto racetracks and then onto the noses of cars. Even the name it answers to in shops has an ancestor: in 1961, Bill Colgan of Bill’s Upholstery built “The Original Car Bra,” a black vinyl cover for Porsche owners — and in XPEL’s account of the naming chain, the clear film later inherited the name: clear bra.
The early urethane was thick and hard to work — made for flat rotor blades, not fenders. In the 1980s, NASCAR teams ran it on the noses of race cars to protect the paint, and the sponsor decals everybody was paying to keep clean, from track debris at speed. Through the 1990s the makers refined it clearer and more flexible, until it could wrap a curved bumper — offered first on high-end and show cars, then to the public. For years it stayed a niche: stone-chip film on the front clip, sold by the yard.
The company that turned protection into an industry started as something else entirely. XPEL began in San Antonio in 1997 as a software company — its product was the pattern library, the digital templates that tell a plotter exactly how to cut film for a specific car. It began selling film in 2007. In February 2009 the board recalled Ryan Pape — employee number twelve back in 2004 — as CEO, with the company near bankruptcy; Pape built the sales team and drove the film program that followed. In 2011 XPEL introduced ULTIMATE, billed by XPEL as the world’s first self-healing protection film, carrying a 10-year warranty: scratches that disappear with heat. That one invention reset the entire category. ULTIMATE PLUS followed in 2018, an 8-mil flagship with patented edge-seal technology, and ULTIMATE FUSION in February 2022 — self-healing film with a hydrophobic, ceramic-style clear coat built in. The family argued, too: 3M sued XPEL for patent infringement in 2015, the case settled in 2017, and XPEL uplisted to the Nasdaq in 2019.
The rest of the world answered in its own lines. 3M launched Scotchgard Pro Series, its modern self-healing flagship, in 2014. HEXIS introduced BODYFENCE paint protection film in 2016. Korea’s STEK built its brand on design-led protection and led the color turn early with its DYNO lines. Garware — the polyester house from the window film story — crossed over too, launching its own PPF in 2019, because the protection customer and the tint customer turned out to be the same person standing in the same driveway. And then the two branches of the family merged outright: color PPF, protection film that changes your color and heals itself — 3M’s Protection Wrap Film in September 2024, XPEL COLOR in September 2025, Avery Dennison’s PrismaPro after that. Every major maker now sells color in a protective film. The film that was built for rotor blades ends up, sixty years on, as the most styled surface on the car.
That is the short telling. The complete, detailed history of paint protection film — from helicopter tape to self-healing and color PPF, dated year by year — lives at WFR For My Car. To find out more, start there.
The history of vehicle wraps
Wraps look like film’s flamboyant cousin, but the bloodline runs through the sign shop, not the tint bay. Before vinyl, a wrap was a paintbrush and a steady hand: sign painters lettered horse-drawn carts and rail cars in the late 1800s, and by the 1880s locomotives rolled as billboards for Standard Oil, Sears & Roebuck, Ford and Kellogg. Hand-painting ruled vehicle lettering well into the twentieth century; water-slide decals spread for smaller graphics in the late 1950s. Through the 1970s and 1980s, sign shops took up adhesive vinyl lettering as the durable, removable alternative to paint. Underneath it all sits a material lesson every installer learns: cast vinyl — liquid PVC cast thin, one to two mil, stable and conformable — against calendered vinyl, extruded thicker and shrink-prone, fine for flat and short-term work.
The computer changed it. Gerber Scientific shipped the SignMaker in 1982 — the first computer vinyl cutter — and its first production run sold out on day one; Roland DG followed with the CAMM-1 cutter in 1988. In 1991, Contra Vision produced the first total bus wrap in New Zealand, for the Pan Pacific Hotel — see-through window film over the glass, passengers still able to see out. Then came 1993, twice. SuperGraphics wrapped a California bus for Crystal Pepsi in what is thought to have been the first digitally printed, photo-realistic vehicle wrap, imaged by 3M’s Scotchprint process. And in Germany, where taxi fleets had to run beige cars by law and repainting destroyed resale value, KPMF wrapped the cars in beige film instead. After three years of taxi service the film came off and the paint underneath was untouched. That errand — change the color, spare the paint — is the founding job of the color-change wrap.
The wrap trade also organized itself, earlier than most installers realize. In 1976, Nathan Franzblau and eight installation-company owners founded the PDAA, the vinyl installers’ own association; certification programs followed, and the UASG was founded in 1999 to administer 3M’s Certified Graphics Installation Company program. Justin Pate started wrapping in New York City in 1996 and became the trade’s defining teacher — he created Avery Dennison’s CWI certification program and, on January 1, 2014, launched The Wrap Institute, streaming thousands of training videos to installers everywhere. Competition became its proving ground: Avery’s Wrap Like a King challenge launched in 2013, and the WFCT — the window-film world’s own conference — added a Vehicle Wraps division in 2024 beside its long-running tint and PPF competitions.
The wrap houses are dynasties of their own. Avery Dennison brought the adhesive science — the same pressure-sensitive craft Stan Avery started in 1935 — and its Supreme Wrapping Film became a benchmark color-change line: launched in October 2011 as the SW900 with 33 colors, and past 140 colors today. Germany’s ORAFOL began in 1808 making postmark ink for the Kingdom of Prussia, put ORACAL vinyl into the world in 1976, and built its American plant in Black Creek, Georgia; its ORACAL 970RA premium wrapping cast counted 133 colors by 2024, and the house eventually absorbed KPMF, the Welsh film maker founded in 1991 — the taxi-beige pioneers, folded into the family. 3M answered with Controltac and Comply adhesives — repositionable glue and air-release channels — and the films that taught a generation how cast vinyl behaves: the Scotchprint Wrap Film Series 1080 on the market by November 2011, and the 2080 following in August 2019, a line running to nearly 100 colors, patterns and textures. What began as lettering on a cart is now a full second skin for anything that moves.
That is the short telling. The complete, detailed history of vehicle wraps — from the sign painters to the color-change era, maker by maker — lives at WFR For My Car. To find out more, start there.
The history of ceramic — film and coatings
“Ceramic” is the youngest word in this directory, and it names two different things that arrived by two different roads. The first is ceramic window film. Through the 1990s, the best heat-rejecting films were metallized or sputtered — and metal argues with the signals a modern building and a modern car run on. The ceramic era has an address: Singapore. Hüper Optik’s researchers began work on titanium-nitride nano-ceramic in 1994, with Fraunhofer-linked research behind it; they produced the first TiN prototype in 1995 and incorporated in Singapore on May 17, 1997. In 1999 the company commercialized the first patented nano-ceramic window film: serious heat rejection with no dye to fade and no metal to block a signal. That one product line is why “ceramic” became the word the whole trade sells today — and why the buildings that ran on signals, and the cars that followed them, demanded a film with no metal in it.
The second road is ceramic coating for paint. Protective coatings chemistry spent decades in industrial and marine service before the detailing world adopted silicon-dioxide — SiO2 — “ceramic” coatings in the 2000s and 2010s: a liquid that cures into a hard, glossy, hydrophobic layer over paint, measured in years instead of the months a wax or sealant gives. The category grew up alongside paint protection film rather than against it — coatings over film, film under coatings, and finally the two in one product, when XPEL’s ULTIMATE FUSION arrived in February 2022 with a hydrophobic, ceramic-style clear coat built into the protection film itself. In today’s shops, ceramic is a department of its own: film on the glass, coating on the paint, and the same customer asking for both by name.
That is the short telling. The complete, detailed history — how ceramic film grew out of the signal problem, and how the film generations led here — lives at WFR For My Car. To find out more, start there.
Want the whole history? It lives at WFR For My Car
Film Slingers is the directory — the shops, the cities, the work. The full story of the trades themselves is kept in one place: WFR For My Car, the home base of this network, carries the complete, detailed history of window film, paint protection film, vehicle wraps and glass — the patents, the makers, the timelines, the whole expanse, deeper than any single directory page can hold.
