Generally, there are different methods of sending the deceased person to eternity. These ways may be as a result of a will that the person made, culture, situation or the law of the land. Cremation is the act of combusting, vaporizing and oxidizing a corpse or cadaver to un-harmful chemical compounds like ashes and gases. This is a process that mostly supplements funeral activity where the deceased person is laid to rest. It has existed for thousands of years only that today due to technological advancement crematories are developed in a way that seems like a new method. Therefore, if the deceased does not want a burial, then cremation services charlotte NC will provide a solution.
The body needs to be prepared first before the various steps of the process are carried out. Before carrying on, it is important that a permit is received from appropriate authorities. This document should be signed by a close member of the family or a person specified by the deceased. Sometimes the deceased would prefer to be decomposed with valued items such as jewelry or other artifacts.
However, materials such as a pacemaker or other medical devices that can lead to explosion are removed out of the body. After removing all materials, the corpse is put in the respective casket and a marking tag attached to it. This will enable easier identification for ash handling. The materials that make these caskets should be combustible to ashes.
After all that is complete, the actual cremating takes place. The casket is put inside a chamber known as a retort which is made of temperature resistant materials that allow it to generate a lot of heat disintegrating. Fuels can be added to make the process effective. The chamber can be preheated before the corpse is inserted and subsequently burnt at high temperatures.
After locking the door, the igniter starts the burner which produces heat of about two thousand degrees Fahrenheit. The materials used for heat supply include natural oils, gases or propane among other fuels. After a short period of time of around 120 minutes, the body becomes completely reduced to ashes only a few fragments from bones, dental works and other hard materials remain.
The third and last stage includes remains processing. This includes allowing cooling of remains after incineration. This may take not more than three-quarters of an hour. The remains are collected and put on a table. Metallic debris like surgical pins, screws, nails and joint nuts like titanium ones are separated from the other remains using a magnet.
The amount of time of carrying out the complete process may vary due to certain factors. These include the size and the weight of the corpse intended to be cremated. Also, it is expected that rigid muscular bodies will burn at a slower rate than bodies that are fatty. The ashes are then given to the family.
Body composition also affects time spent. For instance, muscular bodies will spend more time than fatty bodies. Fats burn easily and readily. The temperatures in the chamber, the effectiveness of the equipment, casket material are also factors that affect process time.
The body needs to be prepared first before the various steps of the process are carried out. Before carrying on, it is important that a permit is received from appropriate authorities. This document should be signed by a close member of the family or a person specified by the deceased. Sometimes the deceased would prefer to be decomposed with valued items such as jewelry or other artifacts.
However, materials such as a pacemaker or other medical devices that can lead to explosion are removed out of the body. After removing all materials, the corpse is put in the respective casket and a marking tag attached to it. This will enable easier identification for ash handling. The materials that make these caskets should be combustible to ashes.
After all that is complete, the actual cremating takes place. The casket is put inside a chamber known as a retort which is made of temperature resistant materials that allow it to generate a lot of heat disintegrating. Fuels can be added to make the process effective. The chamber can be preheated before the corpse is inserted and subsequently burnt at high temperatures.
After locking the door, the igniter starts the burner which produces heat of about two thousand degrees Fahrenheit. The materials used for heat supply include natural oils, gases or propane among other fuels. After a short period of time of around 120 minutes, the body becomes completely reduced to ashes only a few fragments from bones, dental works and other hard materials remain.
The third and last stage includes remains processing. This includes allowing cooling of remains after incineration. This may take not more than three-quarters of an hour. The remains are collected and put on a table. Metallic debris like surgical pins, screws, nails and joint nuts like titanium ones are separated from the other remains using a magnet.
The amount of time of carrying out the complete process may vary due to certain factors. These include the size and the weight of the corpse intended to be cremated. Also, it is expected that rigid muscular bodies will burn at a slower rate than bodies that are fatty. The ashes are then given to the family.
Body composition also affects time spent. For instance, muscular bodies will spend more time than fatty bodies. Fats burn easily and readily. The temperatures in the chamber, the effectiveness of the equipment, casket material are also factors that affect process time.
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