Formaldehyde Collection

Dairy farming, automatic washing and filling formaldehyde footbath used after milking dairy cows in Alpha Laval 50 point rotary parlour, Lancashire, England, April

Dairy farming, Holstein cows going through formaldehyde footbath after milking in Alpha Laval 50 point rotary parlour, Lancashire, England, April

19th Century embalmed chameleon in a glass jar. From 1890

19th Century embalmed animal specimens. Animal specimens preserved in glass jars. From 1890

19th Century embalmed spider. From 1890

19th Century embalmed amphibian. Frog or toad preserved in a glass jar. From 1890

19th Century embalmed scorpion in a glass jar. From 1890

MDF and chipboard C016 / 4468
MDF and chipboard. Stack of MDF (medium density fibreboard) and chipboard wood. MDF is made from broken down wood fibres that are reformed into panels along with resins that bind the fibres together

Aleksandr Butlerov, Russian chemist
Aleksandr Mikhailovich Butlerov (1828-86), Russian chemist. Butlerov was born at Christopol near Kazan, Russia, and was educated at Kazan State University. His expertise was in structural chemistry

Formaldehyde molecule
Formaldehyde. Computer graphic representation of a molecule of formaldehyde (methanal). Its molecular formula is HCHO. Atoms are depicted as spheres and colour- coded: carbon (grey)

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"Preserving the Past and Ensuring Hygiene: The Versatility of Formaldehyde" In the world of dairy farming, formaldehyde plays a crucial role in maintaining hygiene standards. Alpha Laval 50 point rotary parlour introduces an innovative approach by utilizing automatic washing and filling formaldehyde footbaths after milking Holstein cows. This process ensures that these prized dairy animals receive optimal care while preventing any potential infections. But did you know that formaldehyde's history goes beyond its use in modern-day farming practices? Travel back to the 19th century, where this remarkable chemical found its place in preserving embalmed animal specimens. From chameleons to spiders, amphibians to scorpions, formaldehyde played a vital role in immortalizing these creatures for scientific study and admiration. Not limited to preservation alone, it has made significant contributions to various industries throughout time. MDF (Medium-Density Fiberboard) and chipboard C016/4468 owe their strength and durability to this versatile compound. Its ability to bind wood fibers together has revolutionized furniture manufacturing and construction processes worldwide. Formaldehyde owes its discovery to Aleksandr Butlerov, a renowned Russian chemist who unraveled the molecular structure of this fascinating compound. His groundbreaking work paved the way for further research into its properties and applications across different fields. The formaldehyde molecule itself is composed of carbon, hydrogen, and oxygen atoms intricately bonded together. Its unique structure allows it to act as both a disinfectant agent on dairy farms and a preservative for historical artifacts alike. From ensuring cleanliness on dairy farms with footbaths filled with this powerful chemical solution from Alpha Laval 50 point rotary parlours or preserving delicate animal specimens from centuries past; formaldehyde continues to demonstrate its indispensability across diverse domains. Whether it's safeguarding milk production or conserving our rich heritage through embalming techniques – one thing remains clear: formaldehyde's versatility knows no bounds.