windtrader2
New member
UPDATE
After a lot of experiments and trails, I now get DIY rosin extracted from flower to flow through vape carts.
Key to the process is using dry ice or some other very cold material to cool the flower, ISO or ETH, and equipment/filters. Winterizing is the key as it removes the cart clogging elements such as fats, lipids, and waxes.
Currently, SOP has two steps, first wash extraction and then winterizing. Going to experiment to learn if initial wash with super cold material may reduce need for separate winterizing step.
"quick" is not all that relevant when all steps conducted at super cold temps. I ran many trials varying from 10 second to 5 minute washes. Very LITTLE visual difference telling me that the dry ice temps really block chlorophyll from bleeding from the flower.
Additional washes do extract significant material; three good washes gets the bulk of the material extracted.
After a lot of experiments and trails, I now get DIY rosin extracted from flower to flow through vape carts.
Key to the process is using dry ice or some other very cold material to cool the flower, ISO or ETH, and equipment/filters. Winterizing is the key as it removes the cart clogging elements such as fats, lipids, and waxes.
Currently, SOP has two steps, first wash extraction and then winterizing. Going to experiment to learn if initial wash with super cold material may reduce need for separate winterizing step.
"quick" is not all that relevant when all steps conducted at super cold temps. I ran many trials varying from 10 second to 5 minute washes. Very LITTLE visual difference telling me that the dry ice temps really block chlorophyll from bleeding from the flower.
Additional washes do extract significant material; three good washes gets the bulk of the material extracted.