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How Live Resin Terpenes are Produced?

Raz Smith
How Live Resin Terpenes are Produced?

Live Resin Terpenes is a completely unique new type of extract. It is produced from freshly harvested grass instead of dried buds, which gives it pronounced medical benefits! Plus, THC can reach a dizzying 95% level! Find out how it's made and if it's worth checking out.

Most extracts, regardless of type, have one thing in common: they are made from cannabis #true terpenes that has been dried and / or cured. This is where all the difference of live resin lies. It is produced from fresh plant material, which is frozen immediately after harvest.

Live resin is produced from living plants, hence its name in English, live resin.

Compared to other extracts, the live resin is unique. It is also more expensive, but impossible to find fresher in the field of concentrates. It even tastes and smells like a well-ripened herb.

Live resin terpenes can be produced by two methods:



This is not a tutorial for making live resin extracts at home. This process requires expensive and specialized equipment, as well as expert knowledge beyond the reach of the typical hobby handyman.

Ideally, the plant is frozen as soon as it is harvested. This helps preserve the precious #buyterpenes responsible for the taste and smell of the herb, as well as many of its health benefits. But freezing also makes the resin glands very friable and easily broken. Which means that you can't just put cannabis in a regular freezer.

Rather, it is stored in an industrial freezer, or a dedicated cold room that can be maintained at a temperature between -28 ° C and -50 ° C. Temperatures worthy of a winter at the North Pole!

At room temperature, butane is water soluble, and frozen cannabis is packed with water. As long as you can maintain sub-zero temperatures, like those in a cold room, butane will not dissolve in water. This makes it easier to completely separate the extract for a pure end product.

Rather delicate, is it true? Not really, if you know how to use a closed loop extractor and have around $ 15,000 to buy one. This machine applies pressure to the butane and cools it to a temperature of -28 to -50 ° C. The liquid butane is then forced through an herb chamber which houses the frozen plant material. This is when it binds to terpenes and cannabinoids to separate them from flowers and leaves.


At this stage, the butane / terpene / cannabinoid mixture passes into another compartment where it is “de-waxed”, which simply involves removing the waxes as well as all the lipids from the solution. Next comes the collection compartment where the butane is boiled. The live resin is then obtained, while the butane returns to a storage compartment where it can be recycled for use in the production of another batch of extracts.

Raz Smith
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