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Celluloid Danger: Chemical Instability of Early Cinematic Film Bases: Nitrate, Fire, and the Archival Erasure of Lost Silent Movie Masterpieces, 1890–1950
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Celluloid Danger: Chemical Instability of Early Cinematic Film Bases: Nitrate, Fire, and the Archival Erasure of Lost Silent Movie Masterpieces, 1890–1950 in Brampton, ON
By None
Current price: $32.99

Coles
Celluloid Danger: Chemical Instability of Early Cinematic Film Bases: Nitrate, Fire, and the Archival Erasure of Lost Silent Movie Masterpieces, 1890–1950 in Brampton, ON
By None
Current price: $32.99
Loading Inventory...
Size: Kobo eBook
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The birth of the motion picture industry relied on a medium that was chemically engineered to self-destruct. Early cinematic film was printed on cellulose nitrate, a highly volatile cousin of guncotton. This unstable compound produced exceptionally sharp, silver-rich images, but it also possessed a terrifying propensity for spontaneous combustion. Once ignited, a nitrate fire generates its own oxygen, meaning it can burn fiercely even underwater. Because of this chemical hazard, over half of all films made before 1950 have been permanently erased from history. Entire archives burned to the ground in sudden infernos, while the reels that survived the flames fell victim to a slower molecular decay, turning into acidic dust or sticky goo in their canisters. Today, archivists face a ticking clock, utilizing sub-zero cold storage and desperate digitization efforts to rescue the remaining fragments of our visual heritage. Watch the flickering, explosive origins of the silver screen. Grasp the devastating chemical trade-offs early filmmakers accepted to capture motion, and the frantic race to save their rotting legacy.
The birth of the motion picture industry relied on a medium that was chemically engineered to self-destruct. Early cinematic film was printed on cellulose nitrate, a highly volatile cousin of guncotton. This unstable compound produced exceptionally sharp, silver-rich images, but it also possessed a terrifying propensity for spontaneous combustion. Once ignited, a nitrate fire generates its own oxygen, meaning it can burn fiercely even underwater. Because of this chemical hazard, over half of all films made before 1950 have been permanently erased from history. Entire archives burned to the ground in sudden infernos, while the reels that survived the flames fell victim to a slower molecular decay, turning into acidic dust or sticky goo in their canisters. Today, archivists face a ticking clock, utilizing sub-zero cold storage and desperate digitization efforts to rescue the remaining fragments of our visual heritage. Watch the flickering, explosive origins of the silver screen. Grasp the devastating chemical trade-offs early filmmakers accepted to capture motion, and the frantic race to save their rotting legacy.





















