CURED RESIN EXTRACTS
THE GOLD STANDARD
HIGH QUALITY, LOW PRICE
At Goldsmith Extracts we use a hydrocarbon extraction method to extract our cured resins. This method of extracting cannabinoids and terpenes from cannabis uses hydrocarbons as the solvent. The process involves using the hydrocarbon solvent to extract the desired compounds from the plant material. Hydrocarbon extraction is a popular method for producing high-quality cannabis extracts because it's relatively efficient and produces a variety of consistencies, such as shatter, badder, crumble, sugar, and applesauce. We use a closed loop machine with butane for this process to create our cured resins. We collaborate with the best farms in Arizona, to bring our consumers the cleanest, most potent concentrates on the Arizona market.
SAUCE & Diamonds
HYDROCARBON SOLVENTS HELP US EXTRACT TERPENES AND CANNABINOIDS FROM CANNABIS PLANT MATTER. OUR PARTICULARLY METICULOUS PROCESS IS ABLE TO EXTRACT THE TERPENES AND THC/THCA ONLY (NO MICRO PLANT MATTERS, FATS, OR LIPIDS HERE - DON’T NEED ‘EM). IT USUALLY TAKES AROUND SIX WEEKS TO GROW THE PROPER CRYSTALS.
BADDER & Crumble
HYDROCARBONS HELP US CREATE AN EXTRACT WITH A WHIPPED CAKE BADDER CONSISTENCY, OFTEN APPEARING ALMOST ‘WET’, THIS APPEARANCE IS DUE TO THE PRESENCE OF VISCOUS TERPENES GLISTENING ON TOP OF THE MORE THC RICH CORE. OFTEN DESCRIBED AS ONE OF OUR SMOOTHEST EXTRACTS.
Apple Sauce & Sugar
OUR apple sauce & SUGAR IS A HYDROCARBON BASED EXTRACT, THAT CONTAINS MICRO CRYSTALS OF THC, SIMILAR IN SIZE TO GRAINS OF SUGAR OR SALT, FLOATING IN TERPENES AND FLAVONOIDS. WE LOVE THIS FORM OF HYDROCARBON EXTRACT FOR THE PERFECT RATIO OF TERPENES TO THC YOU EFFORTLESSLY SCOOP WITH EACH DAB.
SHATTER
OUR SHATTER IS A HYDROCARBON BASED EXTRACT, THAT is solid and translucent in appearance, as if you could shatter it like glass. It achieves its glass-like appearance through specific processing THAT HAS to do with the extract’s molecules being less agitated during production. THIS FORM HAS A LONG SHELF LIFE DUE TO THE LIGHTLY AGITATED MOLECULES.
