Everybody wants to wear clean clothes when at home or out at work. This brings more comfort and acceptability from other people. There are different ways of making clothes clean. Some involve use of hands and soap. In the modern world however, machines have been invented and put in use to do almost any job man requires. Some of these are used to clean and dry clothes. It is thus of good benefit to have some information about dry cleaning equipment new york.
Different components are combined into a whole machine capable of carrying out the two functions of cleaning and drying out laundry. Older equipment could not perform both tasks. This ability to perform multiple tasks has led to decreased time wastage and also less amount of soap is used which saves money.
A metallic compartment which has been punched many times is the main part of the dry cleaning machine. It is connected to an electric motor which can make a certain number of cycles per minute depending on the settings installed. When the punched container moves in circular motion, clothes rub against each other leading to friction which removes dirt. This also helps in the penetration of dissolving solution into the clothes.
The solvent is removed from the laundry by clean water which is pumped into the cylinder with holes. This water is then sucked out and directed into separators that sort the water from the detergent. Solvent is reused to clean other clothes. The water is directed into the sewage system. Recycling of solvent reduces wastage of resources and preserves the natural environment by reducing pollution levels.
The electric motor sets the cylinder into a high velocity rotation. This action leads to loss of water from the clothes due to forces generated by the spinning. This happens for a couple of minutes and ensures that most of the water is removed from the fabrics.
Warm dry air is pumped into the container and it penetrates into the wash. It is also pumped out when it is full of moisture. By this action, the water content reduces gradually until eventually the clothes are dry and ready for ironing and wearing. Moist air extracted from the clothes is passed into a chamber where moisture turns back to water and soap is separated from liquid water and reused.
Something else found in the machine is the control. It is used to set water temperature as well as the time washing will take. It can also be used to stop the washing process temporarily or completely. Pumps are also incorporated into the machine and they force water from one place to another. Filters clean the solvent used so that it can be reused. What makes it possible to separate water from the solvent is the fact that the two have different densities and thus do not mix.
This is how dry cleaning takes place. The different parts are all necessary for the completion of the job. They all have unique roles to play. With this information, dry cleaning will not seem so strange any more.
Different components are combined into a whole machine capable of carrying out the two functions of cleaning and drying out laundry. Older equipment could not perform both tasks. This ability to perform multiple tasks has led to decreased time wastage and also less amount of soap is used which saves money.
A metallic compartment which has been punched many times is the main part of the dry cleaning machine. It is connected to an electric motor which can make a certain number of cycles per minute depending on the settings installed. When the punched container moves in circular motion, clothes rub against each other leading to friction which removes dirt. This also helps in the penetration of dissolving solution into the clothes.
The solvent is removed from the laundry by clean water which is pumped into the cylinder with holes. This water is then sucked out and directed into separators that sort the water from the detergent. Solvent is reused to clean other clothes. The water is directed into the sewage system. Recycling of solvent reduces wastage of resources and preserves the natural environment by reducing pollution levels.
The electric motor sets the cylinder into a high velocity rotation. This action leads to loss of water from the clothes due to forces generated by the spinning. This happens for a couple of minutes and ensures that most of the water is removed from the fabrics.
Warm dry air is pumped into the container and it penetrates into the wash. It is also pumped out when it is full of moisture. By this action, the water content reduces gradually until eventually the clothes are dry and ready for ironing and wearing. Moist air extracted from the clothes is passed into a chamber where moisture turns back to water and soap is separated from liquid water and reused.
Something else found in the machine is the control. It is used to set water temperature as well as the time washing will take. It can also be used to stop the washing process temporarily or completely. Pumps are also incorporated into the machine and they force water from one place to another. Filters clean the solvent used so that it can be reused. What makes it possible to separate water from the solvent is the fact that the two have different densities and thus do not mix.
This is how dry cleaning takes place. The different parts are all necessary for the completion of the job. They all have unique roles to play. With this information, dry cleaning will not seem so strange any more.
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