How Shatter is Made: A Look Into the Extraction Process

Shatter Concentrate is one of the most popular and potent forms of cannabis concentrate on the market. Recognized for its glass-like appearance, amber color, and high THC content, shatter offers a clean and intense experience for cannabis users. But how is this transparent, brittle concentrate created? Let’s take a look at the extraction process behind this powerful product.

1. Starting with Quality Cannabis

The process begins with high-quality cannabis flower or trim. The better the starting material, the better the final product. Growers typically select strains rich in cannabinoids and terpenes to ensure maximum potency and flavor in the end result.

2. Solvent-Based Extraction

Shatter is usually made using a solvent-based extraction method, most commonly with butane or propane. This process is often referred to as BHO (Butane Hash Oil) extraction.

Here’s how it works:

• The cannabis material is packed into a closed-loop system.

• Butane or another solvent is run through the material, separating the desirable compounds like THC, CBD, and terpenes from the plant matter.

• The mixture that comes out is a thick, resinous solution full of cannabinoids.

3. Initial Filtration and Collection

Once the solvent has passed through the cannabis, the resulting mixture is collected in a separate chamber. At this stage, it still contains residual solvents that need to be removed before it can be safely consumed.

4. Purging the Solvent

The solution is then transferred to a vacuum oven, where it undergoes a purging process. Under vacuum pressure and low heat, the solvent is slowly evaporated without damaging the cannabinoids or terpenes. This step is crucial for both safety and purity.

5. Cooling and Settling

Unlike wax or budder, which are agitated during processing, shatter is left completely undisturbed while it cools. This lack of movement allows the extract to form a stable, smooth sheet with a glassy texture. If handled correctly, the final product “shatters” when broken—hence the name.

6. Packaging and Storage

Once fully purged and cooled, the shatter is cut into pieces, packaged, and stored in a cool, dark place to preserve its quality. Proper storage prevents it from becoming sticky or cloudy over time.

Final Thoughts

Making shatter is a precise and technical process that requires the right equipment, expertise, and safety protocols. While it produces a clean, potent concentrate, it’s not something to try making at home due to the risks associated with solvent use. Thanks to skilled extraction artists and strict lab standards, consumers can enjoy high-quality shatter that’s both safe and effective.