OG KUSH X 20%

Cryo Infusion in cannabis is a technique that uses ultra-low temperatures (-30°C to -80°C) to enhance the potency and flavor of cannabis flowers. It involves freezing the flowers and then infusing them with concentrated cannabinoids and terpenes.

This method preserves the natural compounds, ensures a consistent distribution of infused compounds, and results in a more potent, flavorful, and pure cannabis product. It is favored by cannabis enthusiasts seeking a premium and enhanced experience.

Gas Infusion
While gas infusion is effective, it may not preserve delicate terpenes as effectively as cryo infusion. Additionally, some gas infusion methods may require the use of solvents, which can introduce impurities and affect the overall quality of the final product. This solvent use can raise concerns about purity and potential health effects.

Spraying
Spraying, although a simple method, can be less consistent in terms of the distribution of cannabinoids and terpenes throughout the cannabis flowers. This inconsistency can result in variations in potency and flavor, making it challenging to achieve uniform quality and damaging the flower. Furthermore, spraying often involves the use of additives and carriers, which can introduce additional substances into the product, potentially impacting its purity and overall naturalness.

T9HC is a relatively new synthetic cannabinoid that has recently emerged on the hemp-derived product market. Unlike 10-OH-HHC, T9HC does not occur naturally in cannabis—it is produced exclusively in laboratory settings. Since commercial production of T9HC is very recent, it's still not widely known, and scientific research on the compound remains extremely limited.

Like many alternative cannabinoids such as delta-8 THC, delta-10 THC, and HHC, T9HC is manufactured starting from hemp-derived CBD through proprietary chemical processes. However, the exact synthesis method for T9HC has not been publicly disclosed by manufacturers. T9HC has a legal advantage similar to HHC: it isn't classified as THC, allowing it to be marketed in jurisdictions where traditional THC remains restricted, provided products stay below the 0.2–0.3% delta-9 THC threshold.

THC (delta-9-tetrahydrocannabinol) is the primary psychoactive cannabinoid found naturally in cannabis, while T9HC is a semi-synthetic cannabinoid produced exclusively in laboratories through proprietary chemical processes starting from hemp-derived CBD. Users report that T9HC produces intense, long-lasting effects (6–10 hours) comparable to or stronger than traditional THC, though no peer-reviewed scientific research exists to verify these claims. Unlike THC, which is controlled in most jurisdictions, T9HC currently exists in a legal grey area in many regions.

Body
It has been claimed that high-quality T9HC products give pleasant, calming physical experiences as well as potential pain alleviation.

Mind
In addition to being lauded for its energizing effects on the brain, T9HC has also been lauded for its euphoric psychoactive Despite containing no THC, numerous users indicate that the effects of T9HC are comparable to a Delta-8 THC experience that has been amplified.

This makes T9HC ideal for alleviating the stress of a long day or sneaking a moment of mental rest in between duties.

T9HC is manufactured in laboratory settings through proprietary chemical synthesis methods that have not been publicly disclosed by producers. Like other semi-synthetic cannabinoids such as delta-8 THC and HHC, the process typically begins with CBD extracted from hemp, which is then chemically converted into the final compound. The exact synthesis pathway remains a guarded trade secret, and no independent scientific research has documented the production process or its potential byproducts.

As of now, you can legally buy T9HC products online or in retail stores in most European countries, provided they contain less than 0.2–0.3% delta-9 THC. However, the legal status of novel synthetic cannabinoids is evolving rapidly, so it is recommended that you do your own research regarding your country of residence before purchasing.

There is currently no peer-reviewed scientific research on T9HC's safety or long-term health implications, so we cannot make definitive claims about its safety profile. That said, users who have tried T9HC report experiencing intense euphoria, deep mental and physical relaxation, heightened sensory perception, and effects that can last 6–10 hours. As with any novel cannabinoid, we recommend starting with a very low dose, purchasing only from reputable vendors who provide third-party lab testing, and listening to your body.

There is no scientific research specifically examining whether T9HC triggers positive results on standard drug tests. However, because T9HC is structurally related to THC and may metabolize into similar compounds, there is a reasonable chance it could cause a positive result on tests designed to detect THC metabolites. If you are subject to drug testing for work, sports, or legal reasons, it is best to avoid T9HC and other synthetic cannabinoids altogether.