Version 1.0
NS102521
7
PSI ON Material
500
750
1000
1250
1500
One 3.5G
Bag (BTS)
Gauge Reading
258
387
516
645
774
PSI ON Material
500
750
1000
1250
1500
Two 3.5G
Bags (BTS)
Gauge Reading
515
774
1031
1289
1547
PSI ON Material
500
750
1000
1250
1500
Three 3.5G
Bags (BTS)
Gauge Reading
773
1160
1547
1934
2321
PSI ON Material
500
750
1000
1250
1500
One 7G
Bag (BTS)
Gauge Reading
459
687
917
1146
1375
PSI ON Material
500
750
1000
1250
1500
Two 7G
Bags (BTS)
Gauge Reading
917
1375
1834
2292
2751
PSI ON Material
500
750
1000
1250
1500
Three 7G
Bags (BTS)
Gauge Reading
2751
4126
5502
6877
8253
PSI ON Material
500
750
1000
1250
1500
One 14G
Bag (BTS)
Gauge Reading
716
1075
1432
1791
2149
PSI ON Material
500
750
1000
1250
1500
Two 14G
Bags (BTS)
Gauge Reading
1433
2149
2865
3582
4298
PSI ON Material
500
750
1000
1250
1500
Four 14G
Bags (BTS)
Gauge Reading
2865
4298.65
5731.54
7164
8598
NugSmasher® extraction bags, our bags are recommended or
optimal yield and clean quality rosin. NugSmasher® extraction
bags are specifically designed to work with the weight of fresh
cured flower together with our extraction machines and are
labeled accordingly at: 3.5g, 7g and 14g this assumes the bags
are loaded (BTS) or bottle/barrel-tech style (upright so that
you end up with the round coin like puck once fully pressed).
This perfected method allows you the ability to put the proper
eight of flower into the bag and get a consistent extraction
very time. The reason for this is that it allows for the proper
pounds per square inch, pressure (PSI) on your product and
eliminates the guess work.
3.5g = 1.5” Diameter = 1.77” in surface area
7g = 2”-2.2”Diameter= 3.14” in surface area
14g=2.4”-2.7”Diameter= 4.91” in surface area.
We prefer to use 160 micron for fresh flower, as flower dries we
go down in micron screen size (for dry flower use 90 micron).
NOTE: As the micron gets smaller the diameter get slightly larger.
Example: 90 micron is about 5% larger at the end of your extraction.
For the ProTouch Calculator tool, please visit,
NugSmasher.com/tools
Plate Pressure:
The applied plate pressure is determined by the extracted material’s
surface area (bag, size and quantity) and the applied pressure to
the extraction (Gauge PSI Reading)
Gauge Pressure:
Gauge pressure (psi) is measured from the hydraulic rams fluid
pressure. This is the applied pressure and should be adjusted to the
surface area to achieve optimum results.
Plate Pressure:
Gauge Pressure:
Surface Area Key
-VS-
pressure System
NugSmasher® ProTouch Consistency Chart PSI to Surface Area Bag Selection
Summary of Contents for ProTouch
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