$150 – 14g SHATTER

Shatter, a cannabis extract, appears solid and translucent, resembling glass. This glass-like texture is achieved through specific processing techniques involving solvents like butane or other hydrocarbons. By concentrating essential compounds like THC and CBD, shatter offers a highly concentrated and compact form of cannabis, popular for dabbing or vaporization.

“That Tangie shatter I dabbed tastes like pure oranges,” one person said. “I like shatter, but wax is easier to scoop out of the container,” another replied.

Shatter is a cannabis concentrate named for its hard, glass-like consistency that tends to crack or shatter when broken. It is typically gold or amber in color. While shatter is often perceived as more potent or pure than other extracts, this is not always the case. Its appearance simply reflects the fact that its molecules are less agitated during production.

Shatter is usually dabbed, a method of consumption that involves flash vaporization from a specialized water pipe called a dab rig. This glassy extract is renowned for its potency, but its potency can vary depending on the chemical composition of the source plant and the extraction techniques and equipment used. While the average THC content in cannabis flower is around 30%, shatter extracts can exceed 80% to 90% THC.

How is shatter made?

Shatter, a potent cannabis extract, can be produced through various methods, but butane or hydrocarbon solvents are commonly used. Butane extracts, also known as BHO, are derived from cannabis and contain butane or other hydrocarbons. These solvents are pushed through the plant material, extracting desirable compounds like THC and CBD. The concentrated oil is then collected and may undergo further refinement techniques. For instance, “purging” involves removing excess residual solvents using a vacuum chamber, while “winterization” separates fats and lipids from the oil.

However, it’s crucial to emphasize that attempting to make shatter or other types of BHO at home using DIY setups poses significant risks due to the flammability of butane fumes. These attempts have resulted in numerous accidental explosions, highlighting the dangers associated with unprofessional methods. In contrast, professional-grade shatter is produced using safe closed-loop systems that prevent the fumes from entering the ambient environment, ensuring a safer and more controlled production process.