Decarboxylating Shatter for Edibles

Decarboxylating Shatter for Edibles

This method also works with rosin, budder, wax etc

What is Shatter?

This highly refined cannabis extract is usually amber in colour. Shatter is made with a pressure vacuum and contains extremely high levels of THC. Shatter is perhaps the most popular ‘dabbing’ concentrate among experienced cannabis consumers. For more information about the extraction process and other cannabis extracts, consult our Cannabis Concentrates Guide.

How to Decarboxylate (Decarb) Shatter for Edibles

Decarboxylation is the scientific process that takes place when cannabis is exposed to heat. In scientific terms, decarboxylation refers to a reaction of carboxylic acids that remove a carbon atom from a chain of atoms present within a plant such as cannabis.

When heat is applied to cannabis, it will remove a carboxyl group from the THCA cannabinoid (non-psychoactive) and creates the psychoactive Delta-9 THC. Decarboxylation also occurs when cannabis is smoked or vaporized.

How to Decarboxylate Shatter for Edibles

In order to decarboxylate your shatter (or budder/rosin/wax), you will need a few household kitchen items.

  • Oven-prof Pyrex-style measuring jug or mason jar (no lid is needed)
  • Oven tray
  • Parchment paper

This method provides a foolproof method for decarbing shatter:

  • Set the oven to 240 degrees Fahrenheit (115 Celsius)
  • Place the shatter into the ovenproof mason jar or pyrex measuring cup
  • No lid is needed for this decarboxylation method
  • Place the container with the shatter in it onto the oven tray and place into the oven once it has reached 240 degrees Fahrenheit (115 Celsius)
  • Set timer for 35 minutes
  • After approximately 10 minutes, you will notice bubbles in the shatter
  • After the 35-minute timer has gone off, the bubbles will have started to disappear
  • Decarboxylate for an additional 15 minutes
  • Let the shatter cool for at least 10 minutes before starting an infusion

Visual cue: The shatter will begin to bubble when it starts to decarboxylate. Decarboxylated shatter will no longer be bubbling.

Watch along with this helpful video that provides an easy decarboxylation method for shatter:

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