Does the spin technique actually allow more juice to be loaded into a cart?
I have just completed a somewhat scientific test to determine how much spinning affects the refill quantity.
Results:
1.[FONT="] [/FONT]The first filling (before spin):
a.[FONT="] [/FONT]It took from 23 to 29 drops to fill each cart.
b.[FONT="] [/FONT]The average for all 10 carts was 26.9 drops to fill without overfilling
2.[FONT="] [/FONT]After Spinning the first time:
a.[FONT="] [/FONT]It took from 4 to 7 drops to refill each cart.
b.[FONT="] [/FONT]The average for all 10 carts was 5.1 extra drops
c.[FONT="] [/FONT]The lowest capacity cart refilled at 27 drops, while the highest refilled at 35 drops. Most refilled at 33 drops.
3.[FONT="] [/FONT]After spinning the second time:
a.[FONT="] [/FONT]I managed to get 1 more drop into 1 cart without overfilling.
b.[FONT="] [/FONT]The average total to fill a completely empty and dry reused cart is 32.1 drops of PG from a 5ml V4L bottle.
Conclusion:
1.[FONT="] [/FONT]One can drip on average 26.9 drops into a reused, completely dry cart.
2.[FONT="] [/FONT]One can drip on average 5.1 more drops (or 19%) into a cart after spinning vigorously.
I have just completed a somewhat scientific test to determine how much spinning affects the refill quantity.
- Used 10 washed and dried carts. The carts were spun dried and had been sitting for 2 weeks ready to fill.
- Counted Drops from a 5ml bottle of V4L PG liquid into carts until the last drop overfilled through the battery hole. Subtracted the last drop from the count.
- Inserted but plug and spun the carts at 2500 RPM for 30 seconds using a spinner jig I fashion a few weeks ago,
- Added more drops to each cart until the last drop overfilled through the battery hole. Subtracted the last drop from the count.
- Spun again to see if even more juice could be added.
- I assumed that not all carts would hold exactly the same, I kept track of each cart and also added all drops together and divided by the 10 carts for accurate average.
Results:
1.[FONT="] [/FONT]The first filling (before spin):
a.[FONT="] [/FONT]It took from 23 to 29 drops to fill each cart.
b.[FONT="] [/FONT]The average for all 10 carts was 26.9 drops to fill without overfilling
2.[FONT="] [/FONT]After Spinning the first time:
a.[FONT="] [/FONT]It took from 4 to 7 drops to refill each cart.
b.[FONT="] [/FONT]The average for all 10 carts was 5.1 extra drops
c.[FONT="] [/FONT]The lowest capacity cart refilled at 27 drops, while the highest refilled at 35 drops. Most refilled at 33 drops.
3.[FONT="] [/FONT]After spinning the second time:
a.[FONT="] [/FONT]I managed to get 1 more drop into 1 cart without overfilling.
b.[FONT="] [/FONT]The average total to fill a completely empty and dry reused cart is 32.1 drops of PG from a 5ml V4L bottle.
Conclusion:
1.[FONT="] [/FONT]One can drip on average 26.9 drops into a reused, completely dry cart.
2.[FONT="] [/FONT]One can drip on average 5.1 more drops (or 19%) into a cart after spinning vigorously.
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