POWDER TO LIQUID ORAL CONVERSIONS
(Instructions below)
ANADROL
Powder: per 1 gram of Oxymetholone
Produces: Highest concentration made – 50mg/ml
Requirements:
1 gram of Oxymetholone powder
1 Beaker suitable for holding the volume of liquids
8.4ml of PEG 300
10.5ml 190 Proof Grain Alcohol
ANAVAR
Powder: per 1 gram of Oxandrolone
Produces: Highest concentration made – 20mg/ml
Requirements:
1 gram of Oxandrolone powder
1 beaker suitable for holding the volume of liquids
9.8ml of PEG 300
39.2ml of 190 Proof Grain Alcohol
ARIMIDEX
Powder: per 1 gram of Anastrozole
Produces: Highest concentration made – 5mg/ml
Requirements
1 gram of Anastrozole powder
1 beaker suitable for holding the volume of liquids
19.9ml of PEG 300
179.1ml of 190 Proof Grain Alcohol
CLOMID (Version I)
Powder: per 1 gram of Clomiphene Citrate
Produces: Highest concentration made – 50mg/ml
Requirements:
1 gram of Clomiphene Citrate
1 beaker suitable for holding the volume of liquids
7.6ml of Glycerol
11.3ml of 190 Proof Grain Alcohol
CLOMID (Version II)
Powder: per 1 gram of Clomiphene Citrate
Produces: Highest concentration made – 50mg/ml
Requirements:
1 gram of Clomiphene Citrate
1 beaker suitable for holding the volume of liquids
8.4ml of PEG 600
10.5ml of 190 Proof Grain Alcohol
DIANABOL
Powder: per 1 gram Methandrostenolone
Produces: Highest concentration made – 50mg/ml
Requirements:
1 gram of Methandrostenolone powder
1 beaker suitable for holding he volume of liquids
19ml of 190 Proof Grain Alcohol
FEMARA
Powder: per 1 gram of Letrozole
Produces: Highest concentration made – 5mg/ml
Requirements:
1 gram of Letrozole powder
1 beaker suitable for holding the volume of liquids
19.9ml of PEG 300
179.1ml of 190 Grain Proof Alcohol
NOLVADEX (Version I)
Powder: per 1 gram of Tamoxifen Citrate
Produces: Highest concentration made – 20mg/ml
Requirements:
1 gram of Tamoxifen Citrate
1 beaker suitable for holding the volume of liquids
19.6ml of Glycerol
29.4ml of 190 Proof Grain Alochol
NOLVADEX (Version II)
Powder: per 1 gram of Tamoxifen Citrate
Produces: Highest concentration made – 20mg/ml
Requirements:
1 gram of Tamoxifen Citrate
1 beaker suitable for holding the volume of liquids
9.8ml of PEG 600
39.2ml of 190 Proof Grain Alcohol
PROVIRON
Powder: per 1 gram of Mesterolone
Produces: Highest concentration made – 50mg/ml
Requirements
1 gram of Mesterolone
1 beaker suitable for holding the volume of liquids
8.4ml of PEG 300
10.5ml of 190 Proof Grain Alcohol
WINSTROL
Powder: per 1 gram of Stanozlol
Produces: Highest concentration made – 25mg/ml
Requirements:
1 gram of Stanozlol
1 beaker for holding the volume of liquids
7.8ml of PEG 300
31.2ml of 190 Proof Grain Alochol
For all of the above conversions requiring PEG and 190 Proof Alcohol, use the following procedure;
Place a sufficient amount of water in a pan and place on the stove
Remove from heat when the water reaches boiling temperature
Place the powder and the PEG in the beaker
Immerse the beaker in the pan of water so that the water is level with the top of the contents of the beaker
Gently swirl or stir the contents of the beaker until the solution is clear (reheat the water if necessary)
Remove the beaker from the water
Allow the PEG to cool down
Slowly add the 190 Proof Alcohol to the mixture
Gently stir until fully mixed.
For all of the above conversions where PEG is not required, use the following procedure;
Mix powder and 190 Proof Alcohol in the beaker
Gently swirl or stir the contents of the beaker until the solution is clear
The majority of powders which do not require PEG will dissolve readily but those that are troublesome, refer to the heating procedure as outlined above.
In the event that 190 Grain Alcohol (EverClear) is unavailable, then substitute Bacardi 151.
List of Materials:
190 Proof Grain Alcohol or Bacardi 151, PEG 300, PEG 600. Powder, beaker, stir rod, suitable container for holding finished preparation. Weighing scales accurate to 0.001g (if preparing yourself)
You never want to be in a situation where you have to shake it up to use it. While it’s good to shake a solution to ensure even distribution throughout the liquid, you should always prefer to have all of your powder dissolved and not to be able to see any crystals floating around in the liquid
Ideally you want a solution, not a suspension. If you have a preparation which is little more than powder sitting in liquid, or where after swirling it visibly falls down to the bottom of the vial, it is utterly useless for getting any kind of consistency of dosing. Anything worthy of being called a suspension should be fairly stable after shaking such that you can take your time to draw it.
