Houdini Lab

Cannabis Distillate: The Process of Producing Pure & Potent Liquid Gold

What Is Cannabis Distillate and How Does It Work?

When you’re a beginner cannabis user, it might be difficult to keep track of all of the many varieties of cannabis extracts that are available. A cannabis distillate, in its most basic definition, is a sort of cannabis extract that has undergone a distillation process in order to produce a pure product with approximately 100 percent CBD or THC content. Distillery equipment is used by processors during the distillation process to extract the intended chemical, particularly THC or CBD, from the solvent and other components.

Cannibals and hemp are made up of a complex mixture of hundreds of different components, including cannabinoids, terpenes, flavonoids, and other essential oils. Cooking processes, such as boiling, destroy practically all of the flavor and scent that originates from the plant’s terpenes in the final product. While terpenes are thought to increase the medicinal potential of cannabis, they are not always welcomed.

Because all of the wax, lipid, and unwanted plant matter has been removed from the extract, distillates have a translucent appearance due to the removal of these components. Its viscous and sticky viscosity conceals a practically pure potency, with cannabinoids amounting to up to 98 percent, compared to the slightly lower levels (60 to 80 percent) seen in undistilled extracts (60 to 80 percent).

THC Distillate is a psychoactive substance derived from cannabis.

THC distillate is an excellent choice for high tolerance users or medical cannabis patients who require high dosages of the anti-inflammatory and pain-relieving tetrahydrocannabinol (THC) component. THC distillate contains an extremely high concentration of the psychoactive THC compound. Its psychotropic and euphoric properties can be used to treat a variety of conditions including pain, muscle stiffness, glaucoma, sleeplessness, reduced appetite, nausea, and anxiety, among others.

CBD Distillate is a type of CBD oil that has been extracted from hemp.

Cannabidiol (CBD) is a non-intoxicating and more muted alternative to the psychoactive effects of THC on the cerebral cortex. CBD distillate is free of THC and contains a high concentration of CBD that is practically pure. CBD distillate is a potent extract that allows you to receive all of the health advantages of cannabis and hemp without getting high on it. CBD has been demonstrated to be effective in the treatment of epilepsy, inflammation, pain, nausea, depression, anxiety, and migraines, among other conditions.

Terpenes and flavonoids are two types of phytochemicals.

It is the unique aroma of each cannabis plant strain that is attributed to the terpenes found in the plant. While terpenes are found in relatively low concentrations in the cannabis plant when compared to THC, they provide a potent aroma that may fill an entire room when inhaled. Flavonoids, which are found in even lower concentrations in your buds and are responsible for their colors, are also present. Processors benefit from removing these components since it allows them to generate a more homogeneous extract that can be flavored later.

When it comes to cannabis, what’s the difference between distillate, oil, and isolate?

It’s difficult to keep track of all the different titles that cannabis oil goes by. Cannabis distillate always has a sticky oil consistency due to the presence of THC. Despite the fact that it is a form of cannabis oil, distillates are not all cannabis oils. Decarboxylated oils are referred to as distillates since they have through a distillation process following the extraction, winterization, and decarboxylation processes. Although similar in appearance and function to one another, cannabis oils such as live resin, butane hash oil (BHO), Rick Simpson Oil (RSO), and hemp-derived CBD oil are not the same thing.

Because they both concentrate on a single cannabinoid, distillate and isolate are often confused with one another. In reality, isolate is technically a sort of distillate because it is refined using distillation procedures to remove impurities from the cannabis extract. Cannabinoid isolates, on the other hand, are totally pure crystalline powder forms of the medicinal component that has been extracted from cannabis. Consider distillate to be a less refined, yet no less potent, extract that elicits profound effects.

What is the process of distillation?

Making cannabis distillate begins with the growth of a cannabis or hemp seed, followed by a series of extraction and post-processing activities to remove the cannabinoids, terpenes, and flavonoids from the biomass (flowers, leaves, and stems). Here is a comprehensive overview of the supply chain and distillation method that is used to extract the most valuable cannabis components.

Process of Extraction

Even before the distillation process can begin, the cannabis plant must go through a series of stages, which include being properly dried and cured after harvest, among other things. Once the biomass has been dried, it can be extracted using a variety of solvents, including carbon dioxide, butane, and ethanol, among others. The biomass is packed into a material column and drenched in the solvent before being refined further utilizing color remediation processes and ending up in the collection tank, where it is collected.

Some extract processors may use ethanol and freezing temperatures to winterize their extracts in order to remove lipids and waxes from the extracts. Additionally, the extract may be decarboxylated in order to activate the acidic cannabinoids, such as THCA and CBDA, and convert them into their parent chemicals, CBD and THC, respectively.

Finally, crude oil obtained from the original cannabis extraction process has a THC or CBD concentration ranging between 60 and 80 percent, depending on the strain. The remaining portion of the oil will be made up of various flavors and fragrances (terpenes), vitamins, antioxidants, and other essential oils, among other things. Following the extraction procedure, the oil must be further refined in order to be converted into a distillate.