Omar Khalid
The Victorian era saw the emergence of natural plastics derived from materials such as rubber, shellac, blood, and milk protein. Vulcanite, a hardened rubber made by treating rubber with sulphur, was first used in 1839 and is still in use today. The Gutta Percha Company was founded in London in 1845 to manufacture products from a rubber-like substance derived from the sap of the Palaquium tree. Casein, another Victorian plastic, was made from skimmed milk and lactic acid. While the exact prices of these materials are not readily available, the development of plastics during this period was driven by the limited availability and high cost of traditional materials such as wood, iron, and glass. The emergence of plastics in the Victorian era marked the beginning of the Plastics Age, with the 20th and 21st centuries witnessing the widespread adoption of synthetic plastics and their pervasive presence in various aspects of daily life.
| Characteristics | Values |
|---|---|
| Plastics available in Victorian England | Vulcanite/Ebonite, Gutta Percha, Casein, Shellac, Union, Bois Durci, Parkesine, Celluloid, Xylonite |
| Vulcanite/Ebonite composition | Hardened rubber and sulphur |
| Vulcanite/Ebonite uses | Imitation jet jewellery, false teeth |
| Gutta Percha composition | Natural rubber-like substance derived from the sap of the Palaquium tree, native to Malaya and Borneo |
| Casein composition | Skimmed milk, lactic acid, and formaldehyde |
| Casein uses | Buttons, knitting needles, jewellery |
| Shellac composition | Secretions of the Lac beetle |
| Union composition | Shellac and additional fillers |
| Bois Durci composition | Finely ground wood 'flour' mixed with egg, blood albumen, or gelatine |
| Parkesine | Predecessor of Celluloid |
| Celluloid composition | Cotton and nitric acid |
| Celluloid uses | Combs |
| Xylonite composition | Identical to Celluloid |
Explore related products
What You'll Learn
- Vulcanite/Ebonite, derived from rubber and sulphur, was first used in 1839
- Gutta Percha, a rubber-like substance, was brought to Britain from Malaya and Borneo in 1843
- Shellac, derived from beetle secretions, was popular in the Victorian era
- Casein, made from skimmed milk, was developed into plastic in 1899
- Xylonite, the first British version of celluloid, was frequently found in England
Vulcanite/Ebonite, derived from rubber and sulphur, was first used in 1839
Vulcanite, also known as Ebonite, is a hardened rubber derived from rubber and sulphur. The process of creating Vulcanite was first discovered by Charles Goodyear in 1839 and involves heating rubber with sulphur to harden it. The amount of hardening can be controlled by varying the proportion of sulphur added. For instance, a sulphur content of between 25% and 50% gives the hardened rubber a texture similar to that of plastic.
Vulcanite was widely used during the Victorian era, particularly for the production of jewellery and false teeth. It was commonly used as an imitation of Whitby jet, a fossilized wood used in jewellery, and was produced in a variety of colours, with black (ebonite) and brown being the most predominant. Vulcanite jewellery often took the form of brooches, bracelets, and necklaces.
The discovery of Vulcanite marked a significant advancement in the development of plastics. It is important to note that the term plastic during the Victorian era referred to materials derived from natural sources, as opposed to the fully synthetic plastics that emerged later. Vulcanite was valued for its ability to be moulded and hardened, making it a versatile material for creating a range of objects.
In addition to jewellery and false teeth, Vulcanite found applications in various other items during the Victorian era. For example, it was used in the cases of automobile batteries, establishing black as the traditional colour for these batteries even after stronger modern plastics replaced Vulcanite. Vulcanite was also used in hair combs, although these are now predominantly made with modern plastics.
Today, Vulcanite, or Ebonite, continues to find specialised applications. It is used as an anticorrosive lining for storage vessels containing diluted hydrochloric acid. Additionally, due to its characteristic of not disturbing tones, Vulcanite is favoured for use in the inner pipes of woodwind instruments, electrical insulation materials, premium fountain pens, instrument mouthpieces, smoking supplies, and fishing gear.
Electrical Box Safety: Are Plastic Fire-Rated?
You may want to see also
Explore related products
Gutta Percha, a rubber-like substance, was brought to Britain from Malaya and Borneo in 1843
Gutta-percha is a rubber-like substance derived from the sap or latex of the Palaquium tree, a native of Malaya and Borneo. It is also a natural plastic with good dielectric properties. In 1843, samples of gutta-percha were brought to Britain from Singapore by William Montgomerie, a Scottish surgeon of the East India Company. The trees from which the material is obtained are native to Singapore. Montgomerie sent the samples to the Society of Arts in London with the idea that the material could be used for medical apparatus.
The following year, in 1844, Montgomerie left samples with Charles Mackintosh's raincoat company. A partner in the company, Thomas Hancock, passed the samples to his brother Charles, who was attempting to create a new bottle stopper made from cemented ground cork. Hancock then abandoned his original idea and patented a bottle stopper made from gutta-percha.
The Gutta Percha Company was formed on February 4, 1845, by partners Charles Hancock and Henry Bewley, a Dublin chemist who made soda water. The company aimed to create a variety of products from the recently introduced natural rubber, gutta-percha. The range of products included machine belts, shoe soles, and toys. One of their most important products was gutta-percha-insulated electrical cable.
Gutta-percha was also used as an electrical insulator for submarine telegraph cables in the mid-19th century. The rapid expansion of telegraphy after 1850 led to the near-total destruction of wild Palaquium trees in Malaya, Sumatra, and Borneo. The world's first international telegraph connection under the sea, a link from Dover to Calais in 1851, used a cable made by the Gutta Percha Company.
Apple Laptops: Plastic-Sealed or Not?
You may want to see also
Explore related products
Shellac, derived from beetle secretions, was popular in the Victorian era
While the first fully synthetic plastic was Bakelite, invented in 1907, plastics derived from natural materials were used by the Victorians for almost half a century before this. Vulcanite, for example, was a common name for hardened rubber vulcanised with sulphur, invented in 1839.
Shellac, derived from beetle secretions, was one such popular plastic in the Victorian era. It is a resin produced from the secretion of the female lac bug, which feeds on tree sap. The insect's name, Lac, is derived from the Sanskrit word "lakh", meaning "one hundred thousand", referring to the number of insects found on infested trees. The raw form of shellac is called "sticklac", which is harvested extensively in India and, to a lesser extent, in China, Burma, and Thailand. The branches of the trees are cut and crushed, then washed to transform the sticklac into seedlac. This is then heated and filtered to form discs of buttonlac.
Shellac was used for a variety of purposes during the Victorian era. It was used as a dye for cotton and silk cloth in Thailand, yielding a range of warm colours. It was also used as a wood finish, providing a protective film with a rich, orange-gold finish. In addition, shellac was used in electrical applications due to its good insulation qualities, as well as in phonograph records. It was also used in food applications as confectioner's glaze and as a preservative for harvested citrus fruit.
Shellac was also used in combination with other materials to create plastics such as Union, which was made from shellac and various fillers. These combinations allowed for the imitation of natural materials such as ivory, horn, bone, tortoiseshell, mother-of-pearl, and jet.
Plastic Lip Rings: Dental Damage or Safe Style?
You may want to see also
Explore related products
$31.95 $34.95
$36.99
Casein, made from skimmed milk, was developed into plastic in 1899
The Victorian era saw the use of plastics derived from natural materials, with the first fully synthetic plastic, Bakelite, being invented in 1907. One such plastic derived from natural materials was casein, which was made from skimmed milk.
Casein is a natural phosphorus-containing protein found in milk that has had various applications since ancient times. The ancient Egyptians, for instance, used it as a fixative in paints and glue. However, its use in solid plastics only began at the end of the 19th century. In 1897, Adolph Spitteler and Wilhelm Krische, a German printer, were attempting to create a waterproof coating. They discovered that treating casein with formaldehyde caused it to harden and become insoluble, forming a plastic. This process could take up to a year for a 2.5 cm thick sheet. The resulting plastic was cut and moulded into various shapes, often imitating materials like ivory, horn, tortoiseshell, and jade, pearl, and mother-of-pearl.
Casein plastic was used for small items such as buttons, beads, buckles, combs, necklaces, fountain pens, umbrella handles, and knitting needles. It was also used for artistic buttons and is now used in coffee creamer. Casein plastic enjoyed its heyday in the 1920s and 1930s, especially for buttons, due to their heat resistance. However, after World War II, new materials like polyester resins replaced casein plastic in many applications.
Today, casein is still utilised in glues and coatings, as well as in paints and photography emulsions. It has also found a new application in the form of QMilch, a silky casein-based fabric created by fashion designer Anke Domaske using powdered milk.
Mason Plastic Lids: Are They BPA-Free?
You may want to see also
Explore related products
$32.99
Xylonite, the first British version of celluloid, was frequently found in England
The Victorian era saw the use of plastics derived from natural materials, with the first fully synthetic plastic, Bakelite, being invented in 1907. Xylonite, the first British version of celluloid, was frequently found in England.
Xylonite was a trade name invented by Daniel Spill, who took over from Alexander Parkes. The material was identical to celluloid and was frequently found by collectors in England. The company became the British Xylonite Company Limited and still trades as B.X.L. Xylonite artefacts were found in a variety of colours and patterns, with the most attractive being those imitating coloured mother-of-pearl.
Xylonite was a more stable improvement on Parkesine, which was invented by Parkes in 1855 in Birmingham, England. Parkesine was made from cellulose treated with nitric acid and a solvent and was considered the birth of the plastics industry. However, the Parkesine company ceased trading in 1868.
Spill patented Xylonite in 1867 and founded the Xylonite Company, which later became the British Xylonite Company Ltd. The company produced moulded objects such as chess pieces from Xylonite. In the United States, John Wesley Hyatt produced a similar plastic that was more commercially successful by mixing solid nitrocellulose, camphor, and alcohol under pressure.
Xylonite was used in the manufacture of jewellery and small articles such as combs, brushes, collars, and cuffs. It was marketed as an affordable and practical substitute for natural materials such as ivory, tortoiseshell, and horn. In the 1880s, celluloid, the generic term for similar plastics, acquired one of its most prominent uses as a substitute for linen in detachable collars and cuffs for men's clothing.
Plastic and CT Scans: What You Need to Know
You may want to see also
Frequently asked questions
Plastics in Victorian England were derived from natural materials. Some examples include rubber, shellac, wood, blood, milk protein, cork, sawdust, gums, and more.
Celluloid, the first man-made plastic, was created during the transition from an agrarian economy to an industrial one. It replaced materials that were hard to find or expensive to process, thus reducing costs for manufacturers and consumers.
Plastics were used for a wide variety of objects in Victorian England. Some examples include jewellery, hair combs, buttons, acid-resistant bottles, tubing, and submarine telegraph cables.
