Instead, it is immediately frozen to preserve the trichomes before it is run as bubble hash. Live plants mean that once the crop is harvested, the material isn't hung and dried and then cured. The process of heating and pressing bubble hash to turn it into rosin by bursting the trichome heads occurs because an incredibly high-quality bubble hash capable of full melt is difficult to achieve without completely controlling the environment and genetics. The cannabis in the water will begin to detach the trichomes so it can be collected as bubble hash. Fresh Frozen cannabis is the ideal material to run for quality bubble hash or live rosin, this is because it preserves the trichome glands, the terpenes and cannabinoids stored inside. Bubble Hash is frequently turned into hash rosin in modern times using live plants, differentiating hash rosin ran from cured flower as opposed to live flower is done by connoting that it is 'live hash' / 'live rosin'. However, for the sake of this article, we will be focussing on solventless extraction for Bubble hash, (AKA ice water extraction, full melt and Ice Water Hash/ Ice-O-Lator Hash) and hash rosin. There are many different types of extract available in the market in contemporary times, created in various forms. Hash production separates these trichome glands from the flower and trim produced from cannabis cultivation & concentrates them into potent extracts. The trichomes house the cannabinoids, terpenes and flavonoids that give each plant unique effects, aromas and flavours. Trichomes are truly the key to cannabis, especially in its medicinal and recreational factors. However, when looked at closely under a microscope, it will seem like small glass mushrooms. The resin glands consist of tiny hair-like structures that appear like little white hairs or crystals to the naked eye. So what is a trichome?įemale cannabis plants produce flowers that, when kept separate from the male plant's pollen, will grow dense, sticky resin glands. This is crucially important to control when we are looking at extracts. may not maximise the trichome yield or may even harm it. I'm sure I can hear some of your brains whirring trying to understand the difference here as it sounds similar essentially, the variables growers frequently control when trying to maximise dry flower yield, such as specific nutrients, plant growth regulators etc. This new production model has shifted from the yield of the overall flower to the extract yield. These more extensive pheno hunts allow for unique terpene profiles to be isolated & stabilised as well for strains yielding specific trichome types.įollowing the onslaught of legalisation, new forms of cannabis products started to make waves in the scene, such as extracts, also known as cannabis concentrates, oils, resins and rosins. However, as cannabis legalisation has swarmed over specific geographical locations, previously more alien practices such as large scale pheno hunts have become more common practice. These factors tended to take precedence under the context of widespread illegality of cannabis across the world as growers were constrained both by lack of space the necessity of hiding their grows. At one point in the evolution of cannabis production, the buds structure, aesthetics, and dry yield were the main things that mattered, and terp profiles often took a back seat. Cannabis cultivators are consistently adapting and developing new behaviours to optimise a vast myriad of different factors. In today's fast-moving age of cannabis, new trends are constantly being born, and the general understanding of the cannabis plant's botany has never had the depth and breadth that it does now. What strains have hash potential for solventless extraction?
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