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Browse the storeFilm photography uses light-sensitive chemical emulsions on plastic or paper. Learn how a medium declared dead in 2012 is thriving again, with 312 new labs opening in 2025 alone.
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In 2012, Eastman Kodak filed for bankruptcy. The company that had defined photography for over a century was broken by the digital cameras and smartphones that made film obsolete. Kodak's collapse was read as the death certificate of analog photography. Ten years later, Kodak was investing $60 million to upgrade its Rochester film coating facility because it could not keep up with demand. In 2025 alone, 312 new film development labs opened globally, roughly one every 28 hours. The market that was supposed to disappear is growing, and the people driving the growth are not nostalgic baby boomers. They are photographers under 35 who grew up digital and are choosing film deliberately.
Film photography is the practice of capturing images on a light-sensitive chemical emulsion coated on a flexible base, typically plastic (acetate or polyester) or, in historical processes, paper or glass. The emulsion contains silver halide crystals suspended in gelatin. When light strikes these crystals, a latent image is formed: an invisible chemical record of the light that hit the film. This latent image is made visible through chemical development, where reducing agents convert the exposed silver halide crystals into metallic silver. The more light that hit a given area, the more silver is deposited, producing a negative image where dark areas of the scene appear light on the film and vice versa.
This entry covers how film photography works chemically, its history from the 1880s to the present, the artists who defined it, and the contemporary revival that has made analog photography one of the fastest-growing segments of the photo industry.
Film is a strip or sheet of transparent plastic coated with a gelatin emulsion containing silver halide crystals. The most common silver halides used in photographic film are silver bromide, silver chloride, and silver iodide, often in combination. When a camera shutter opens, light passes through the lens and strikes the film. The photons interact with the silver halide crystals, displacing electrons and creating small clusters of metallic silver atoms called sensitivity specks. These specks constitute the latent image. They are invisible to the eye and unstable until chemical development fixes them.
Development uses reducing agents, chemicals like metol, hydroquinone, or phenidone, that convert exposed silver halide crystals into metallic silver. The developer amplifies the latent image by a factor of a million or more: a few atoms of metallic silver in the latent image become a visible deposit of silver in the developed negative. Unexposed silver halide crystals are then removed by a fixing agent, typically sodium thiosulfate or ammonium thiosulfate, which dissolves the unexposed crystals and leaves only the metallic silver that forms the image. The film is then washed to remove residual chemicals and dried.
Color film adds another layer of complexity. Color negative film contains three emulsion layers, each sensitive to a different part of the spectrum: blue, green, and red. During development, color couplers in each layer form dye clouds alongside the silver image. The silver is then removed, leaving only the dye image in the three primary colors. The C-41 process, the standard development chemistry for color negative film, was introduced by Kodak in 1972 and remains essentially unchanged today.
The key physical difference between film and digital photography is that film produces a physical negative. The negative is a tangible object that contains the image as a pattern of silver or dye deposited on a physical surface. This negative can be printed in a darkroom, scanned to a digital file, or stored as an archival record. The negative is also unique. Each frame on a roll of film is a one-of-a-kind object, unlike a digital file that can be perfectly copied indefinitely.
The principles of silver halide photography were established in the 1830s and 1840s. William Henry Fox Talbot's calotype process, introduced in 1841, used paper coated with silver iodide and developed with gallic acid to produce paper negatives. The wet plate collodion process, introduced by Frederick Scott Archer in 1851, used glass plates coated with collodion and silver nitrate. Both processes required the photographer to coat, expose, and develop the plate or paper while it was still wet, which meant carrying a portable darkroom.
The breakthrough that made photography accessible to amateurs was the dry gelatin emulsion, developed by Richard Leach Maddox in 1871 and commercialized by Charles Bennett in 1878. Dry plates could be prepared in advance, exposed at the photographer's convenience, and developed later. This separated the act of photographing from the act of processing, which was the precondition for the consumer film market.
George Eastman's Kodak camera, introduced in 1888, loaded with a 100-exposure roll of film, transformed photography from a specialist practice into a consumer activity. The slogan was "You press the button, we do the rest." Customers sent the entire camera back to Kodak, which developed the film, made prints, and returned the camera loaded with fresh film. The introduction of 35mm film by Kodak in 1934, and the Leica camera designed by Oskar Barnack, established the format that would dominate amateur and professional photography for the next 70 years.
Color film arrived gradually. Kodachrome, introduced in 1935, was the first mass-market color film, producing richly saturated transparencies that became the standard for magazine reproduction. Kodacolor, the first color negative film on 35mm, appeared in 1958. Fujifilm, founded in 1934, became Kodak's primary competitor and introduced Velvia in 1990, a slide film with such intense color saturation that it became the standard for landscape photography.
The decline began in the late 1990s. Digital cameras improved rapidly, and by 2008, professional DSLRs could match film in image quality. Smartphone cameras, beginning with the iPhone in 2007, replaced point-and-shoot film cameras for casual photography. Kodak filed for bankruptcy in 2012. Fujifilm pivoted to pharmaceuticals and industrial materials. Film production was cut to a fraction of its peak capacity, and many film stocks were discontinued.
Film did not die. The market shrank and stabilized, then began growing again. According to industry data compiled in 2026, wholesale film order volumes increased 127% from 2020 to 2026. The global photographic film market is estimated at $613 million in 2026, with projections pushing it to $724 million by 2035. Over 25% of consumers under 35 are now purchasing film cameras. Among film photographers under 25, 67% cite "intentionality" and "mindfulness" as their primary reasons for shooting analog. Read the market analysis at Pellica.
The revival is infrastructure-backed, not just a consumer trend. Kodak invested $60 million to upgrade its Rochester film coating facility, increasing output by 18%. Ilford launched an environmentally sustainable film coating line with a planned annual output of 2 million rolls. Harman, Ilford's parent company, launched the first new color film in twenty years with its Phoenix line in 2023 and expanded the range with four more color films by 2025. Lucky Film in China ramped up new color negative production, with its C200 launch selling out an initial 10,000-roll run almost immediately. Read the industry report at Chemical and Engineering News.
New cameras are being manufactured too. Pentax released the Pentax 17, a new 35mm half-frame camera, and Lomography launched the Lomo MC-A, a 35mm full-frame camera with LIDAR autofocus. The Alfie BOXX, a traditional 6x9cm film camera with develop-in-the-film-back capability, was prototyped at the 2026 Photography Show in London. Read the show report at Amateur Photographer.
The most common workflow for contemporary film photographers is hybrid: shoot on film, develop with chemicals, and scan the negatives to digital files. This model bridges the analog shooting experience with digital delivery and distribution. Pure analog printing, especially in color, remains a niche practice. The BBC reported in March 2026 that the film camera market is expected to reach over 303 million pounds by 2030, up from 223 million in 2023. Read the BBC report at BBC News.
Adams's Moonrise, Hernandez, New Mexico (1941) is one of the most recognized photographs in history. Adams used the Zone System, a method of pre-visualizing the tonal range of a scene and controlling exposure and development to capture it, to produce negatives of extraordinary tonal range. The photograph was made on 8x10 inch sheet film, and the negative is so rich in detail that prints made from it decades later reveal new information.
Cartier-Bresson shot almost exclusively on 35mm Kodak black-and-white film with a Leica rangefinder. His concept of the "decisive moment," the instant when the formal elements of a scene align into a meaningful composition, was shaped by the constraints of film photography: 36 exposures per roll, no immediate review, and the need to anticipate rather than react. Behind the Gare Saint-Lazare (1932) captures a man leaping over a puddle, his reflection caught mid-motion. The photograph could not have been planned or reviewed on a digital screen. It required patience, instinct, and the acceptance that the moment was gone once the shutter fired.
Mann's Immediate Family series (1984-1994) was shot on a large-format 8x10 view camera using black-and-white film. The large negative produces images of extraordinary detail and tonal subtlety, and Mann's prints, made by hand in the darkroom, have a physical presence that digital prints cannot replicate. Her more recent work uses the wet plate collodion process, a 19th-century technique that produces images on glass plates coated with collodion and silver nitrate.
Goldin's The Ballad of Sexual Dependency (1986) is a slide show of approximately 700 photographs, shot on 35mm color film, documenting Goldin's life and relationships in New York's downtown art and queer communities. The work's raw, diaristic quality is inseparable from the material properties of film: the grain, the color shifts of different film stocks, and the physical prints that were made and projected in slide form. The work is held in the collection of the Museum of Modern Art in New York.
Moriyama's grainy, high-contrast black-and-white photographs of postwar Tokyo, shot on 35mm film with a compact camera, exploit the material qualities of film that digital sensors cannot replicate. His images from the series Japan: A Photo Theater (1968) and Farewell Photography (1972) push film to its limits, with pushed development producing extreme grain and contrast that become part of the image's meaning rather than defects to be corrected.
The physical difference between film and digital photography is the mechanism of image capture. Film uses a chemical reaction: silver halide crystals react to light and are developed through wet chemistry. Digital photography uses an electronic sensor: a grid of photosites converts light into electrical charge, which is processed into a digital file. The aesthetic differences that follow from this physical difference are real but often exaggerated.
Film grain is the visual result of randomly distributed silver halide crystals of varying sizes. It produces a texture that is organic and non-uniform. Digital noise, produced by electronic interference in the sensor, is regular and grid-based. The difference is visible at high magnification and contributes to the perception that film images have a more "natural" texture. Film also handles highlights differently from digital sensors: film gradually compresses highlight detail as it approaches overexposure, producing a smooth roll-off, while digital sensors clip abruptly at their maximum capacity, producing blocked-out highlights.
But the most significant difference is not in the image itself. It is in the process. Film costs money per frame. A roll of 35mm film gives 36 exposures, and each exposure costs the price of the film plus development. This creates a economic constraint that changes how photographers shoot. Film photographers describe a heightened attention, a deliberateness that comes from knowing each frame is a finite resource. Whether this produces better photographs is debatable, but it produces a different experience of photographing, and that experience is what many contemporary photographers are seeking.
Film photography in 2026 is a small but growing segment of the photography market. It exists alongside digital photography and AI image generation as one option among several, not as a competitor for mass-market dominance. The photographers choosing film are doing so for specific reasons: the physical quality of the negative, the deliberate pace of the process, the aesthetic characteristics of grain and color, and the satisfaction of working with a tangible material rather than a computational system.
The infrastructure is rebuilding. Labs are opening. Film stocks are being manufactured. New cameras are being designed. The community is young, global, and digitally connected, sharing film images on Instagram and TikTok while shooting on cameras older than they are. The film photography revival is not a return to the past. It is a contemporary practice that uses historical tools for contemporary reasons.
Film photographs are best seen as silver gelatin prints in a gallery or museum setting, where the tonal range and physical presence of the print can be appreciated. Look for Ansel Adams prints at the Center for Creative Photography in Tucson, Arizona. Sally Mann's large-format work is held in the collections of the Metropolitan Museum of Art and the National Gallery of Art. Nan Goldin's work is at MoMA and the Tate. For contemporary film photography, explore the program of the Aperture Foundation in New York, which regularly exhibits analog work.
For more on photographic processes, read our entries on digital photography, alternative process photography, and the Zone System, or explore our blog post on how to read a painting to learn more about analyzing visual art across mediums.
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