Umair Gaines
An electric iron is a small appliance that, when heated, is used to press clothes to remove wrinkles and unwanted creases. The electric iron was invented in 1882 by Henry W. Seely, who patented his electric flatiron in the US on June 6, 1882. Irons have had several variations and have thus been called by many names, including flatiron, smoothing iron, dry iron, steam iron, or simply iron.
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What You'll Learn
Electric irons are a type of clothes iron
Electric irons work by passing an electric current through a coil, which heats up and transfers heat to the base plate of the iron through conduction. The base plate is typically made of metal (iron) and is used to smooth out clothes. The temperature of electric irons typically ranges from 121°C (250°F) to 182°C (360°F), although temperatures can go up to 220°C (430°F) for fabrics like cotton.
Electric irons are an improvement over steam irons, which require regular cleaning and maintenance due to clogging issues. Electric irons do not have vents, so they are less prone to clogging and require less maintenance. They are also safer, as they have features such as anti-burn control that shuts off the iron if it is left untouched for too long, preventing scorching and fires.
Electric irons have several variations and names, including flatiron (American English), flat iron (British English), smoothing iron, dry iron, and steam iron. The general design consists of a handle and a solid, flat metal base, with the name "flatiron" referring to the flat ironing face used to smooth clothes.
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They use electricity to heat up
An electric iron is a small appliance used to remove wrinkles from fabric. It is also known as a clothes iron, steam iron, flat iron, smoothing iron, or iron box. Irons have been used since ancient times, but the first electric iron was invented in 1882 by Henry W. Seely, an American.
Electric irons use electricity to heat up and emit heat radiation. When a current is passed through a coil, the coil gets red-hot and transfers the heat to the base plate of the iron through conduction. The base plate, or sole plate, is the thick, triangular-shaped slab of iron that forms the base of the electric iron. The bottom surface and edges are typically chromium-plated to prevent rusting.
The heating element in an electric iron is located between the sole plate and the pressure plate. It consists of a nichrome wire wound around a sheet of mica, which is an excellent insulating material that can withstand very high temperatures. The two ends of the nichrome wire are connected to the contact strips, which are then connected to the terminals of the iron. The entire assembly of the mica sheet, nichrome wire, and contact strips are riveted together to form a robust construction.
Some electric irons also have a water reservoir inside that is used to generate steam during the ironing process. This can help to remove wrinkles from certain types of fabric, such as cotton, that require the use of water to loosen the intermolecular bonds. The steam can be continuously emitted or sent in bursts when a button is pressed.
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They are used to remove wrinkles from clothes
The electric iron is a common household appliance used to remove wrinkles from clothes. It is also known as a clothes iron, flatiron (American English), flat iron (British English), smoothing iron, dry iron, or steam iron. Irons are typically small appliances that, when heated, are used to press clothes and remove wrinkles and creases. The act of using an iron to remove wrinkles from clothes is called ironing, and it is generally the final step in the process of laundering clothes.
The first known use of heated metal to "iron" clothes is believed to have occurred in China, where metal pans filled with hot coals were used for smoothing fabrics as early as the 1st century BC. Over time, various designs of irons emerged, including containers filled with burning substances or solid lumps of metal heated directly over a fire. The first electric flatiron was invented by American Henry W. Seely and patented on June 6, 1882. It weighed almost 15 pounds (6.8 kg) and took a long time to heat up.
Modern electric irons use electricity to heat a coil, which then transfers the heat to the base plate of the iron through conduction. The base plate, also known as the sole plate, is typically made of metal (historically iron, hence the name) and is heavily chromium-plated to prevent rusting. The temperature of electric irons can vary depending on the fabric being ironed, with domestic irons operating between 121°C (250°F) to 182°C (360°F). Some fabrics, like cotton, may require the use of steam or water to help loosen the intermolecular bonds and facilitate the removal of wrinkles.
Electric irons have largely replaced steam irons due to the maintenance issues associated with the latter. Steam irons tend to suffer from clogging as the minerals from the water accumulate at the vents, requiring regular cleaning to ensure proper functioning. Electric irons, on the other hand, use a heating element and have no vents, resulting in considerably less maintenance.
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They are preferred over steam irons
An electric iron is a small appliance that, when heated, is used to press clothes to remove wrinkles and unwanted creases. The general name for a hand-held iron consists simply of a handle and a solid, flat, metal base, named for the flat ironing face used to smooth clothes.
Electric irons are preferred over steam irons for a variety of reasons. Firstly, dry irons are better for fabrics prone to water damage. Some materials may require additional moisture to relax their fibres, but others, such as cotton, are sensitive to heat and moisture and may be damaged by steam. Dry irons are therefore a safer option for fabrics that are prone to water damage.
Secondly, dry irons are more cost-effective than steam irons, which tend to be more expensive. If budget is a concern, a dry iron is a more affordable choice.
Thirdly, dry irons are simpler to use than steam irons. Steam irons require filling with water and heating up before use, whereas dry irons can simply be plugged in and heated without any additional preparation. This makes dry irons more convenient and user-friendly, especially for those who prefer simplicity over convenience.
Finally, dry irons are more compact and require less storage space than steam irons. Steam irons often need to be used with an ironing board, which can take up a significant amount of room. In contrast, dry irons can be easily manoeuvred and controlled by hand, making them a more space-efficient option.
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They were invented in 1882
The electric iron was invented in 1882 by Henry W. Seely of New York City, who patented the device on June 6 of that year. It was known at the time as an 'electric flatiron'. Early versions weighed almost 15 pounds (6.8 kg) and took a long time to heat up.
The invention of the electric iron was the next significant improvement to the traditional flatiron, which had remained largely unchanged for two centuries. The flatiron was composed of a flat-bottomed box and a handle, with hot coals, bricks, or other heating elements placed inside. This design, which first appeared in Europe in the 1300s, was an improvement on earlier designs, which either involved containers filled with a burning substance or solid lumps of metal that were heated directly.
The electric iron was not the first attempt to modernise the traditional flatiron. In the 1800s, metal technology began to develop, leading to the creation of the 'smoothing iron'. Around the same time as Seely's invention, an electric iron using a carbon arc for heat was developed in France. However, this proved unsafe and was not a commercial success.
It would be several decades before the next significant development in iron technology. In 1892, Crompton and Co. and the General Electric Company introduced hand irons using electrical resistance, allowing for the regulation of the iron's heat. In the 1920s, the first thermostatically controlled electric iron was introduced, and in 1926, the first commercially available electric steam iron was launched by a New York drying and cleaning company, Eldec. However, this was not a commercial success. It wasn't until the 1940s and 1950s that electric steam irons gained widespread popularity, thanks to the work of Max Skolnik and the Steam-O-Matic Corporation of New York.
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Frequently asked questions
An electric iron is a small appliance that, when heated, is used to press clothes to remove wrinkles and unwanted creases.
An electric iron works on the principle that the combination of heat and pressure removes wrinkles. When a current is passed through a coil, the coil gets red hot and transfers the heat to the base plate of the electric iron through conduction.
There are two main types of electric irons: dry irons and steam irons. Steam irons have an additional feature of injecting steam through the fabric during the ironing process.
