An iron is a small appliance used in ironing to remove wrinkles from fabric. Ironing works by loosening the ties between the long chains of molecules that exist in polymer fiber materials. With the heat and the weight of the ironing plate, the fibers are stretched and the fabric maintains its new shape when cool. Some materials such as cotton require the use of water to loosen the intermolecular bonds. Many materials developed in the twentieth century are advertised as needing little or no ironing. Modern irons for home use can feature the following: * A method for setting the iron down, usually standing on its end, without the hot soleplate touching anything that could be damaged; * A thermostat ensuring maintenance of a constant temperature usually fitted with * a temperature control dial allowing the user to select the operating temperatures (usually marked with types of cloth rather than temperatures: silk, "wool", "cotton", "linen", etc.); * Electrical cord with heat-resistant Teflon (PTFE) insulation. * Ejection of steam through the clothing during the ironing process; ** A water reservoir inside the iron used for steam generation; ** An indicator showing the amount of water left in the reservoir; ** Constant steam - constantly sends steam through the hot part of the iron into the clothes; ** Steam burst - sends a burst of steam through the clothes when the user presses a button; ** (advanced feature) Dial controlling the amount of steam to emit as a constant stream; ** (advanced feature) Anti-drip system * Cord control - the point at which the cord attaches to the iron has a spring to hold the cord out of the way while ironing and likewise when setting down the iron (prevents fires, is more convenient, etc.). * (advanced feature) Anti-burn control - if the iron is left flat (possibly touching clothes) for too long, the iron shuts off to prevent scorching and fires; * (advanced feature) Energy saving control - if the iron is left undisturbed for several (10 or 15) minutes, the iron shuts off to save energy and prevent fires. * Cordless irons - the iron is placed on a stand for a short period to warm up, using thermal mass to stay hot for a short period. These are useful for light loads only. Battery power is not viable for irons as they require more power than practical batteries can provide. * (advanced feature) 3 way auto shut off * (advanced feature) self-cleaning I hope you got the right answer. An iron is a small appliance used in ironing to remove wrinkles from fabric. Ironing works by loosening the ties between the long chains of molecules that exist in polymer fiber materials. With the heat and the weight of the ironing plate, the fibers are stretched and the fabric maintains its new shape when cool. Some materials such as cotton require the use of water to loosen the intermolecular bonds. Many materials developed in the twentieth century are advertised as needing little or no ironing. Modern irons for home use can feature the following: * A method for setting the iron down, usually standing on its end, without the hot soleplate touching anything that could be damaged; * A thermostat ensuring maintenance of a constant temperature usually fitted with * a temperature control dial allowing the user to select the operating temperatures (usually marked with types of cloth rather than temperatures: silk, "wool", "cotton", "linen", etc.); * Electrical cord with heat-resistant Teflon (PTFE) insulation. * Ejection of steam through the clothing during the ironing process; ** A water reservoir inside the iron used for steam generation; ** An indicator showing the amount of water left in the reservoir; ** Constant steam - constantly sends steam through the hot part of the iron into the clothes; ** Steam burst - sends a burst of steam through the clothes when the user presses a button; ** (advanced feature) Dial controlling the amount of steam to emit as a constant stream; ** (advanced feature) Anti-drip system * Cord control - the point at which the cord attaches to the iron has a spring to hold the cord out of the way while ironing and likewise when setting down the iron (prevents fires, is more convenient, etc.). * (advanced feature) Anti-burn control - if the iron is left flat (possibly touching clothes) for too long, the iron shuts off to prevent scorching and fires; * (advanced feature) Energy saving control - if the iron is left undisturbed for several (10 or 15) minutes, the iron shuts off to save energy and prevent fires. * Cordless irons - the iron is placed on a stand for a short period to warm up, using thermal mass to stay hot for a short period. These are useful for light loads only. Battery power is not viable for irons as they require more power than practical batteries can provide. * (advanced feature) 3 way auto shut off * (advanced feature) self-cleaning I hope you got the right answer. An iron is a small appliance used in ironing to remove wrinkles from fabric. Ironing works by loosening the ties between the long chains of molecules that exist in polymer fiber materials. With the heat and the weight of the ironing plate, the fibers are stretched and the fabric maintains its new shape when cool. Some materials such as cotton require the use of water to loosen the intermolecular bonds. Many materials developed in the twentieth century are advertised as needing little or no ironing. Modern irons for home use can feature the following: * A method for setting the iron down, usually standing on its end, without the hot soleplate touching anything that could be damaged; * A thermostat ensuring maintenance of a constant temperature usually fitted with * a temperature control dial allowing the user to select the operating temperatures (usually marked with types of cloth rather than temperatures: silk, "wool", "cotton", "linen", etc.); * Electrical cord with heat-resistant Teflon (PTFE) insulation. * Ejection of steam through the clothing during the ironing process; ** A water reservoir inside the iron used for steam generation; ** An indicator showing the amount of water left in the reservoir; ** Constant steam - constantly sends steam through the hot part of the iron into the clothes; ** Steam burst - sends a burst of steam through the clothes when the user presses a button; ** (advanced feature) Dial controlling the amount of steam to emit as a constant stream; ** (advanced feature) Anti-drip system * Cord control - the point at which the cord attaches to the iron has a spring to hold the cord out of the way while ironing and likewise when setting down the iron (prevents fires, is more convenient, etc.). * (advanced feature) Anti-burn control - if the iron is left flat (possibly touching clothes) for too long, the iron shuts off to prevent scorching and fires; * (advanced feature) Energy saving control - if the iron is left undisturbed for several (10 or 15) minutes, the iron shuts off to save energy and prevent fires. * Cordless irons - the iron is placed on a stand for a short period to warm up, using thermal mass to stay hot for a short period. These are useful for light loads only. Battery power is not viable for irons as they require more power than practical batteries can provide. * (advanced feature) 3 way auto shut off * (advanced feature) self-cleaning I hope you got the right answer. An iron is a small appliance used in ironing to remove wrinkles from fabric. Ironing works by loosening the ties between the long chains of molecules that exist in polymer fiber materials. With the heat and the weight of the ironing plate, the fibers are stretched and the fabric maintains its new shape when cool. Some materials such as cotton require the use of water to loosen the intermolecular bonds. Many materials developed in the twentieth century are advertised as needing little or no ironing. Modern irons for home use can feature the following: * A method for setting the iron down, usually standing on its end, without the hot soleplate touching anything that could be damaged; * A thermostat ensuring maintenance of a constant temperature usually fitted with * a temperature control dial allowing the user to select the operating temperatures (usually marked with types of cloth rather than temperatures: silk, "wool", "cotton", "linen", etc.); * Electrical cord with heat-resistant Teflon (PTFE) insulation. * Ejection of steam through the clothing during the ironing process; ** A water reservoir inside the iron used for steam generation; ** An indicator showing the amount of water left in the reservoir; ** Constant steam - constantly sends steam through the hot part of the iron into the clothes; ** Steam burst - sends a burst of steam through the clothes when the user presses a button; ** (advanced feature) Dial controlling the amount of steam to emit as a constant stream; ** (advanced feature) Anti-drip system * Cord control - the point at which the cord attaches to the iron has a spring to hold the cord out of the way while ironing and likewise when setting down the iron (prevents fires, is more convenient, etc.). * (advanced feature) Anti-burn control - if the iron is left flat (possibly touching clothes) for too long, the iron shuts off to prevent scorching and fires; * (advanced feature) Energy saving control - if the iron is left undisturbed for several (10 or 15) minutes, the iron shuts off to save energy and prevent fires. * Cordless irons - the iron is placed on a stand for a short period to warm up, using thermal mass to stay hot for a short period. These are useful for light loads only. Battery power is not viable for irons as they require more power than practical batteries can provide. * (advanced feature) 3 way auto shut off * (advanced feature) self-cleaning I hope you got the right answer. An iron is a small appliance used in ironing to remove wrinkles from fabric. Ironing works by loosening the ties between the long chains of molecules that exist in polymer fiber materials. With the heat and the weight of the ironing plate, the fibers are stretched and the fabric maintains its new shape when cool. Some materials such as cotton require the use of water to loosen the intermolecular bonds. Many materials developed in the twentieth century are advertised as needing little or no ironing. Modern irons for home use can feature the following: * A method for setting the iron down, usually standing on its end, without the hot soleplate touching anything that could be damaged; * A thermostat ensuring maintenance of a constant temperature usually fitted with * a temperature control dial allowing the user to select the operating temperatures (usually marked with types of cloth rather than temperatures: silk, "wool", "cotton", "linen", etc.); * Electrical cord with heat-resistant Teflon (PTFE) insulation. * Ejection of steam through the clothing during the ironing process; ** A water reservoir inside the iron used for steam generation; ** An indicator showing the amount of water left in the reservoir; ** Constant steam - constantly sends steam through the hot part of the iron into the clothes; ** Steam burst - sends a burst of steam through the clothes when the user presses a button; ** (advanced feature) Dial controlling the amount of steam to emit as a constant stream; ** (advanced feature) Anti-drip system * Cord control - the point at which the cord attaches to the iron has a spring to hold the cord out of the way while ironing and likewise when setting down the iron (prevents fires, is more convenient, etc.). * (advanced feature) Anti-burn control - if the iron is left flat (possibly touching clothes) for too long, the iron shuts off to prevent scorching and fires; * (advanced feature) Energy saving control - if the iron is left undisturbed for several (10 or 15) minutes, the iron shuts off to save energy and prevent fires. * Cordless irons - the iron is placed on a stand for a short period to warm up, using thermal mass to stay hot for a short period. These are useful for light loads only. Battery power is not viable for irons as they require more power than practical batteries can provide. * (advanced feature) 3 way auto shut off * (advanced feature) self-cleaning I hope you got the right answer.
PRINCIPLE: It converts electrical energy into heat energy. It consist of a heating coil which gets heated and expanded when current passes through it viz thermostat. Thermostat acts as a switch and ,when the allowable temperature is reached it cuts of the current passes through it.
Magnets is made of iron. Magnets are attracted to anything made out of iron.
No, the Earth's magnetic field cannot be contained within a closed iron box. Iron is a ferromagnetic material that can distort and redirect magnetic field lines, but it cannot increase the total magnetic field strength. The magnetic field inside the box would be the same as that outside the box.
yes most is made of iron
It is made of a type of magnetic iron called magnetite.
The compound noun 'iron box' is a common noun, a general word for any box made of iron.
cast iron is strong and sturdy
The compound noun 'iron box' is a common noun, a general word for any box made of iron.
If it's an iron box then it's iron
no there is no use of electromagnets in iron box
The iron box was invented by Henry W. Seeley. This invention was invented in 1882. The iron box is called the clothes iron now a day!
Yes, an electromagnet is commonly used in an iron box. The electromagnet generates heat when electricity passes through it, which then heats up the metal plate at the bottom of the iron box to iron clothes.
working of iron box
The only material should be iron!
If you do a search on "Portable Storage Containers" several company appear and offer several sizes in metal containers. But if the Storage box has to be made of specifically Iron than I think you will have some difficulty.
Iron pipes are made of iron.
Iron pipes are made of iron.