Crystal resistant distillate (CRD) and regular distillate are two types of cannabis concentrates that differ in their physical characteristics and production methods.
Regular distillate is a highly concentrated form of cannabis oil that is produced by refining cannabis extract through a process of distillation. During distillation, the extract is heated and vaporized, and the resulting vapor is collected and condensed into a liquid form.
Regular distillate has a high potency and can be used in a variety of products such as edibles and topicals.
Crystal resistant distillate, on the other hand, is a newer type of distillate that is specifically designed to resist crystallization. During the distillation process, CRD is treated with additional processing steps such as winterization, filtration, and decarboxylation to remove impurities and other compounds that can cause crystallization. This results in a more stable, viscous oil that does not crystallize as easily as regular distillate.
The main difference between regular distillate and CRD is their physical properties. Regular distillate is often more fluid and can crystallize over time, while CRD is more viscous and less prone to crystallization. This makes CRD a popular choice for use in vape cartridges, where crystallization can cause clogging and other issues.
In summary, the main difference between crystal resistant distillate and regular distillate is their physical characteristics and the additional processing steps involved in producing CRD.
Crystal resistant distillate (CRD) is often preferred for use in vape cartridges because it is more resistant to crystallization compared to regular distillate.
When regular distillate is used in a vape cartridge, it can sometimes crystallize over time, which can cause clogs and other issues with the cartridge. This can lead to a less enjoyable vaping experience for the user and can also be wasteful as it can make it difficult to use all the product.
Crystal resistant distillate is formulated with additional processing steps, such as winterization, filtration, and decarboxylation, to remove impurities and other compounds that can cause crystallization. This results in a more stable, viscous oil that is less prone to crystallization. This makes it a popular choice for use in vape cartridges, where it can provide a more consistent vaping experience and help avoid the issues associated with crystallization.
Additionally, CRD can also offer a more flavorful and potent vaping experience compared to regular distillate. The additional processing steps used to create crystal resistant distillate can help preserve the natural terpenes and cannabinoids present in the extract, which can contribute to a more robust flavor profile and a more potent effect.
Overall, the stability, consistency, and potency of crystal resistant distillate make it a preferred choice for use in vape cartridges, which has become a popular method for consuming cannabis extracts.
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