For end-to-life arrangements, cremation has been an increasingly sought-after choice, as it offers a unique way to honour and remember our departed loved ones. As part of its process, the beloved’s body is transmuted into cremation ashes, also known as ‘cremains’. But, have you ever wondered how long the ashes could last? Let’s take a look into the factors that influence the longevity of cremated ashes, as well as shed light on how they can contribute to its endurance. The Composition of Cremation Ashes To better understand the lasting power of cremation ashes, it is vital to look at the composition, which may vary depending on factors like the age and health of the deceased, the cremation process itself, and other materials used during the process. Cremation ashes primarily consist of calcium phosphates and other inorganic compounds, while organic elements, such as carbon and oxygen, are also present in minimal quantities. What Influences the Lifespan of Cremation Ashes? Condition of Storages and Urn Selection. The manner in which cremation ashes are kept plays an imperative role in their lifespan. Ashes stored in apt containers, like urns made of durable materials, like ceramic, stone, metal, and glass, among others, are more likely to endure for a longer period. These containers provide protection against external elements like moisture, air, and even physical damage. In addition, selecting an urn with a proper seal can help preserve the ashes over an extended period. Here at Urns UK, we offer urns that come in an exquisite array of designs and materials which you could widely choose from, depending on your preference. Environment. This, along with climate, is likewise crucial in ascertaining how long cremation ashes last. Ashes that are kept indoors and in a controlled environment, can remain intact for elongated years. On the other hand, if it is exposed to the elements such as due to wind, rain, or natural decay, or extreme temperatures, ashes may erode , deteriorate, or discolour over time, which could alter the composition and physical integrity of the ashes. Cremation Process. The temperature control and efficiency during the cremation process can also impact the physical and chemical characteristics of the ashes. The cremation process usually involves putting the deceased's body to intense heat, which typically ranges from 1400 to 1800 degrees Fahrenheit (760 to 980 degrees Celsius). The high temperature ensures the full and complete combustion of organic matter—leaving behind inorganic mineral elements and trace amounts of metals.
Moreover, the full stretch of the cremation process may also affect the physical and chemical properties of the ashes, such as when the cremation period is longer and at appropriate temperature, the result could result in finer and more homogeneous ashes. This consistency can likewise contribute to the longevity and preservation of cremains, as well as facilitate their handling and storage in due course. Handling and Maintenance. Regular cleaning, avoiding excessive touching, and staying them away from extreme temperatures and direct sunlight can help maintain the ashes’ integrity. When cleaning them, avoid using water or any cleaning agents, as they can potentially damage the ashes or the container. Moreover, oils and moisture from our hands may transfer onto the ashes, which could potentially alter the composition, and cause discoloration eventually. If necessary, it is advisable to wear gloves when handling the ashes, to ensure a safe barrier between the skin and the ashes. Implementing certain and essential practices may help in protecting them and maintain their physical and chemical facets over a long period of time. Looking for a timeless tribute through urns and keepsakes? Visit Urns UK today!
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