offset-4 transition-colors hover:underline" title="Learn more about Micron Bags">Micron bags (25u/45u/73u/90u/120u/160u) are fine mesh bags used in cannabis extraction processes to separate plant material based on size.
Also called / Category:
Bubble bags, hash bags / Extraction & Processing
Key takeaways:
- Used in making bubble hash and other cannabis concentrates.
- Different micron sizes allow for precise filtering of trichomes.
- Commonly found in extraction kits for home and commercial use.
What it is / How it shows up:
Micron bags, ranging from 25 microns to 160 microns, are essential tools in the cannabis industry, especially for making high-quality bubble hash. You might see these terms on extraction equipment lists or in product descriptions at cannabis supply stores. These bags are designed to filter cannabis plant material based on particle size. Smaller micron bags capture the finest particles, like trichomes, which contain cannabinoids and terpenes, while larger bags allow for the passage of plant debris. This stratification ensures that the final product is pure and potent.
How it’s measured or identified:
- Micron measurement indicates the pore size of the bag.
- Commonly identified by their micron rating such as 25u or 160u.
- Used in a multi-bag system to filter different grades of hash.
Use in context:
- "I used a 73u micron bag to get a high-quality bubble hash."
- "Ensure you have all the necessary micron sizes for proper extraction."
- "The 25u bag captures the finest trichomes for an ultra-pure concentrate."
Safety & compliance in Canada:
- Ensure that any extraction process follows Health Canada guidelines.
- Home use should be mindful of local laws and regulations regarding cannabis processing.
Related terms / See also:
FAQs:
- What are micron bags used for in cannabis? Micron bags are used to separate cannabis plant material by size during extraction, particularly in making bubble hash.
- How do I choose the right micron bag? Choose based on the desired size of trichomes to collect; smaller microns capture finer particles.
Sources:
- Health Canada
- PubChem