Shatter thc5/16/2023 ![]() ![]() The “classic” methods of extracting cannabis were mostly mechanical, relying on agitation and screens to physically remove and refine resin glands from plant matter. As with all emulsions, it will eventually break down and “nucleate,” which creates the “buddering” or “sugaring” effect.Īs with candy, the key to achieving an orderly, glass consistency is largely based on temperature. The THC and other cannabinoids are solid, while terpenes are liquid, so shatter is basically an emulsion of the two. Part of what makes this structure so hard to attain is the perfect balance between the components it entails. Its appearance is the result of its tight, orderly molecular structure. In a molecular sense, shatter is basically cannabinoid glass. Think of shatter as the hard candy of BHO. ![]() You can take that syrup and heat it to 270˚F – 290˚F and create a malleable taffy, or you could also raise the heat to 300˚F – 310˚F and end up with a hard, brittle consistency like a lollipop. BHO can take on many forms, including the newly popular extraction, terp sauce.Ĭonsider this metaphor from Larry Blackmon of the ’80s funk-pop group Cameo: When it comes to the many physical forms it can take, BHO is “just like candy.” There are exceptions, but candy is usually just some treatment of the same ingredient: sugar syrup. Shatterīut what about shatter? All shatter is BHO but not all BHO is shatter. Because of its low cost and wide availability, butane has emerged as the most popular solvent option for hydrocarbon extraction, which has led to the term Butane Hash Oil or BHO. Solvent extraction is complicated, but essentially, a solvent is run through cannabis plant matter, which strips the desirable oils from the plant. In fact, none of the “new” techniques for making concentrates are really new, but the application of solvent extraction to cannabis was absolutely groundbreaking. Solvent extraction isn’t new - it’s used in countless industrial processes, including the decaffeination of coffee and the production of perfumes and food flavors. NorCal dispensary shelves were overstocked with bubble hash by the early ’00s - just in time for the next revolution in cannabis: solvent extraction, which is how shatter is made. Long gone are the days when smoking hash in America meant purchasing a piece broken off a brick shipped from Pakistan, Afghanistan or Morocco: By the early ’90s, the advent of prefabricated “kief boxes” and “bubble bags” inspired a dry sift and ice water hash boom that transformed the U.S. Its dramatic aesthetics often inspire shock and confusion in the uninitiated - and even those who enjoy dabbing shatter often know little about how its made. Shatter is more than just one of the most popular concentrate styles on the market, it’s a symbol of the new wave in cannabis and a high watermark for ambitious extractors who want to make the best. The shimmering clarity invites you to gaze into its reflective surface, while the tantalizing aroma (and the promise of swift, efficient cannabinoid impacts) urge you to, well, shatter it and consume the intoxicating vapor hidden within. Produced in crystal clear sheets of glittering golden glass, nothing else looks quite like a slab of superb shatter. If there’s a single style of concentrate that epitomizes this seismic shift in cannabis technology and culture, it’s definitely shatter. Cannabis concentrates have been around for about as long as humans have been enjoying the benefits of cannabis, but the way they’re made and consumed has evolved dramatically in just the past few years. ![]()
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