
Media Bros Medium flow CRX-M
Media Bros Medium flow CRX
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SOP
SDS
Before you get started, please remember this:
As CRX™ and CRY™ are not powders designed not to absorb moisture before use, no baking or preparation is needed. For optimal success, ensure your flow is gentle and consistent.
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RATIOSÂ
Solvent to Biomass: ratios range from 6:1 to 10:1, depending on the quality of the plant matter you are distilling—lower ratios for top-tier biomass and higher ratios for older or lower-quality biomass.
Media to Biomass: Load 150 - 250 grams of filter media into filtration housing for every 1 lb of biomass. The media quantity used is dependent on the quality of the biomass. Higher-quality biomass requires less media. Lower-quality biomass requires more media. The lookup table can be used as a reference, but because every kind of plant matter is different, you will need to experiment a little bit to achieve the best results. That said, this chart is an excellent baseline from which to start.
TEMPS
To ensure optimal performance, keep the temperature at -10°C or below while using the media. Our media is designed to prevent clogging.
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FLOW
When transferring from the biomass vessel to the recovery vessel, maintain a maximum flow rate of 1 GPM. Our media performs best with a consistent and gentle flow.
To prevent channeling, avoid sudden hydraulic surges through the CRC column.
A shower or initial fill of the column is highly recommended for optimal results.
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YIELD
Any lost yield can be fully recovered by flushing the media with solvent. Most users report achieving substantial yield gains by maintaining high solvent-to-biomass ratios or flushing our media after an extraction transfer.
Media Bros Medium flow CRX
                         Â
Â
SOP
SDS
Before you get started, please remember this:
As CRX™ and CRY™ are not powders designed not to absorb moisture before use, no baking or preparation is needed. For optimal success, ensure your flow is gentle and consistent.
Â
RATIOSÂ
Solvent to Biomass: ratios range from 6:1 to 10:1, depending on the quality of the plant matter you are distilling—lower ratios for top-tier biomass and higher ratios for older or lower-quality biomass.
Media to Biomass: Load 150 - 250 grams of filter media into filtration housing for every 1 lb of biomass. The media quantity used is dependent on the quality of the biomass. Higher-quality biomass requires less media. Lower-quality biomass requires more media. The lookup table can be used as a reference, but because every kind of plant matter is different, you will need to experiment a little bit to achieve the best results. That said, this chart is an excellent baseline from which to start.
TEMPS
To ensure optimal performance, keep the temperature at -10°C or below while using the media. Our media is designed to prevent clogging.
Â
FLOW
When transferring from the biomass vessel to the recovery vessel, maintain a maximum flow rate of 1 GPM. Our media performs best with a consistent and gentle flow.
To prevent channeling, avoid sudden hydraulic surges through the CRC column.
A shower or initial fill of the column is highly recommended for optimal results.
Â
YIELD
Any lost yield can be fully recovered by flushing the media with solvent. Most users report achieving substantial yield gains by maintaining high solvent-to-biomass ratios or flushing our media after an extraction transfer.
Original: $30.00
-65%$30.00
$10.50Description
Media Bros Medium flow CRX
                         Â
Â
SOP
SDS
Before you get started, please remember this:
As CRX™ and CRY™ are not powders designed not to absorb moisture before use, no baking or preparation is needed. For optimal success, ensure your flow is gentle and consistent.
Â
RATIOSÂ
Solvent to Biomass: ratios range from 6:1 to 10:1, depending on the quality of the plant matter you are distilling—lower ratios for top-tier biomass and higher ratios for older or lower-quality biomass.
Media to Biomass: Load 150 - 250 grams of filter media into filtration housing for every 1 lb of biomass. The media quantity used is dependent on the quality of the biomass. Higher-quality biomass requires less media. Lower-quality biomass requires more media. The lookup table can be used as a reference, but because every kind of plant matter is different, you will need to experiment a little bit to achieve the best results. That said, this chart is an excellent baseline from which to start.
TEMPS
To ensure optimal performance, keep the temperature at -10°C or below while using the media. Our media is designed to prevent clogging.
Â
FLOW
When transferring from the biomass vessel to the recovery vessel, maintain a maximum flow rate of 1 GPM. Our media performs best with a consistent and gentle flow.
To prevent channeling, avoid sudden hydraulic surges through the CRC column.
A shower or initial fill of the column is highly recommended for optimal results.
Â
YIELD
Any lost yield can be fully recovered by flushing the media with solvent. Most users report achieving substantial yield gains by maintaining high solvent-to-biomass ratios or flushing our media after an extraction transfer.
























