Spritzer Cannabis Extraction

The cannabis extraction process used to create Spritzer Cannabis Extraction involves several technical aspects to ensure high quality and potency. One of the primary methods used is CO2 extraction, which utilizes pressurized carbon dioxide to pull cannabinoids and terpenes from the cannabis plant. This method is preferred for its ability to produce clean, solvent-free extracts with high cannabinoid content. During the extraction process, maintaining optimal temperatures and pressures is important to preserving the delicate terpene profile of the Spritzer x OG Kush #18 strain. The process typically involves a supercritical CO2 phase, which allows for the efficient extraction of cannabinoids while preserving the flavor and aromatic compounds that contribute to the strain’s unique sensory profile. The final step in the extraction process is purification, where any residual plant material and impurities are removed. This ensures that the final strain is a high-purity extract with a consistent cannabinoid profile. The result is a potent extract with THC levels between 25% and 32%, low CBD content at 0.1%, and a significant presence of other cannabinoids like CBG, making it a well-rounded and effective option.

Active Components Spritzer Cannabis Extraction

Spritzer Cannabis Extraction is rich in several key active components that contribute to its potent effects and therapeutic benefits. The primary active ingredient is THC, or tetrahydrocannabinol, which is present in concentrations ranging from 25% to 32%. THC is known for its psychoactive effects, providing a sense of euphoria, relaxation, and pain relief. Another important active component is CBG, or cannabigerol. Although present in lower concentrations compared to THC, CBG plays an important role in the overall effect profile of the extract. CBG is known for its anti-inflammatory and analgesic properties, making it beneficial for pain management and inflammation reduction. The terpene profile of this strain is dominated by caryophyllene, limonene, and linalool. Caryophyllene interacts with CB2 receptors, providing anti-anxiety and antidepressant effects. Limonene contributes to the uplifting and stress-relieving properties of the extract, while linalool adds a calming and relaxing effect, enhancing the overall therapeutic potential of the strain.

Efficiency and Yield

The efficiency of the extraction process used to create Spritzer Cannabis Extraction ensures that a high percentage of the active components are preserved. CO2 extraction is known for its ability to efficiently extract cannabinoids and terpenes while minimizing the presence of unwanted plant materials. This results in a high-purity extract with a consistent cannabinoid profile. This strain offers a medium yield, with indoor grows producing between 1.15 – 1.64 oz/ft² and outdoor grows yielding 15 – 17 oz/plant. Using high-quality, feminized Spritzer x OG Kush #18 plants ensures that the extraction process yields a potent and effective strain. The careful cultivation and selection of these plants contribute to the overall efficiency and quality of the final extract.

Ice Water Extraction for Spritzer Cannabis

Ice water extraction for Spritzer Cannabis offers a 4.58% extraction ratio. Due to its OG genetics, Spritzer is highly resinous and ideal for this extraction method. The ice water technique yields a THC concentration of 40-50%, resulting in a clean, high-quality hash. The process preserves the rich terpene profile, enhancing the strain’s unique flavor and aromatic properties. The process involves submerging Spritzer cannabis in ice water, agitating to release trichomes, and filtering the resin through mesh screens. This solvent-free approach ensures a pure concentrate, maintaining the plant’s natural cannabinoids and terpenes.

BHO Extraction for Spritzer Cannabis

BHO extraction for Spritzer Cannabis results in a 3.90% resin extraction rate, with THC concentrations ranging from 50-70%. This method is efficient at extracting high levels of THC while preserving a substantial amount of terpenes, delivering a potent and flavorful concentrate. In the BHO extraction process, cannabis is placed in a tube, and butane is passed through to dissolve the resinous trichomes. After the butane evaporates, a concentrated resin remains, containing high levels of THC and the strain’s distinct terpenes.