What is a rubber raincoat?
Like other raincoats, the rubber raincoat is traditionally worn over other layers of clothing that protects them and the person under the rain. As a coat, the raincoat can even be worn on other coats that provide larger warm, because the raincoats are generally made of a relatively thin material that ensures easy storage and transport. Like other coats, the rubber raincoat is generally longer than the average coat and hangs down about half a third to cover other areas of the body during the rainstorm. The rubber raincoat is made of fabric that has been rubberized, which is a process that makes the fabric waterproof and rain -repellent. Since its invention, the rubber raincoat is often referred to as Mackintosh, referring to Charles Mackintosh, a British chemist who first patented a waterproof cloth in 1823. The weather. Originally tested the idea by using the coal Tar Dixed to melt the rubber into thin leaves, which he then laminated on a woolen cloth. Initial wool models coated with rubber withThey showed as heavy, stiff and unpleasant. In addition, the rubber would often melt in hot weather. Many problems of early Mackintoshes were settled by the discovery of the process of vulcanization Thomas Hancock in 1843.
Vulcanization is a process that converts rubber into a more robust material by adding sulfur or other chemicals during the melting process to cure it. Hancock's patent for volcanization solved the problem of melting the rubber. However, problems with comfort and stiffness and insufficient portability of the early sheath tire were not solved until manufacturers started using lighter materials in the production of rubber sheath later in the 19th century.
During the 20th century, Mackintosh coats were made using cotton and other light fabrics, making them more comfortable, lighter and easier to carry. The rubberization process was also improved to make the coating much thinner and more resistant. Manufacturers also apply a solutionand/or seams of rubber raincoat to further seal the coat against possible places where the rain could escape the coat. All these processes increase stronger coats and at the same time are more flexible, allowing them to be folded and maintained in all bag varieties so that they can be at hand whenever a rain storm can occur.