Recipe for brewing, capping, liquid suspensions

Credits goes to heavyiron from Ironmag and here!!

Conversions and Information listed on this page:

• Deca-Durabolin - nandrolone decanoate -
• Equipoise - boldenone undecylenate -
• Test Cypionate
• Test Enanthate
• Test Propionate
• Trenbolone (non pellet form)
• Winstrol (injectable)
• Anadrol
• Anavar
• Armidex
• Clomid
• Dianabol
• Femara
• Nolvadex
• Proviron
• Winstrol (oral)
• Capping Powders

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Test Enanthate

Powder: 5 grams
Produces: 20 ml @ 250 mg/ml

Requirements:

• 5 grams testosterone enanthate
• 15.25 ml sesame oil
• Benzyl Alcohol 1ml 5% BA
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 5 grams of powder
• place the powder in the vial
• add BA to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

Test Enanthate

Powder: 10 grams
Produces: 40 ml @ 250 mg/ml

Requirements:

• 10 grams testosterone enanthate
• Benzyl Alcohol 2ml 5% BA
• 30.5 ml sesame oil
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 10 grams of powder
• place the powder in the vial
• add BA to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

Test Cypionate

Powder: 5 grams
Produces: 20 ml @ 250 mg/ml

Requirements:

• 5 grams testosterone cypionate
• 15.25 ml sesame oil
• Benzyl Alcohol 1 ml 5% BA
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 5 grams of powder
• place the powder in the vial
• add BA to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

Test Cypionate

Powder: 10 grams
Produces: 40 ml @ 250 mg/ml

Requirements:

• 10 grams testosterone cypionate
• 30.5 ml sesame oil
• Benzyl Alcohol 2 ml 5% BA
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 10 grams of powder
• place the powder in the vial
• add BA to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

Equipoise - boldenone undecylenate -

Note: Equipoise - boldenone undecylenate - is liquid at room temperature so use the following conversion: 1 ml of EQ = 1.18 grams

Powder: 5 grams
Produces: 25 ml @ 200 mg/ml

Requirements:

• 5 grams Equipoise - boldenone undecylenate -
• 20.50 ml sesame oil
• Benzyl Alcohol 0.75 ml 3% BA
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 5 grams of powder
• place the powder in the vial
• add BA to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

Equipoise - boldenone undecylenate -

Note: Equipoise - boldenone undecylenate - is liquid at room temperature so use the following conversion: 1 ml of EQ = 1.18 grams

Powder: 10 grams
Produces: 50 ml @ 200 mg/ml

Requirements:

• 10 grams Equipoise - boldenone undecylenate -
• 41 ml sesame oil
• Benzyl Alcohol 1.5 ml 3% BA
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 10 grams of powder
• place the powder in the vial
• add BA to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

Note: If you have more than the equivalent of 10 grams of Equipoise - boldenone undecylenate - , it is recommended that you do the conversion all at the same time to avoid having to measure and calculate 5 or 10 gram equivalents each time.


Test testosterone propionate

Powder: 5 grams
Produces: 50 ml @ 100 mg/ml

Requirements:

• 5 grams test testosterone propionate
• 36.25 ml sesame oil
• Benzyl Alcohol 2.5 ml 5% BA
• Benzyl Benzoate 7.5 ml 15% BB
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 5 grams of powder
• place the powder in the vial
• add BA to the vial
• add BB to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

Test testosterone propionate

Powder: 10 grams
Produces: 100 ml @ 100 mg/ml

Requirements:

• 10 grams test testosterone propionate
• 72.5 ml sesame oil
• Benzyl Alcohol 5 ml 5% BA
• Benzyl Benzoate 15 ml 15% BB
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 10 grams of powder
• place the powder in the vial
• add BA to the vial
• add BB to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

Deca-Durabolin - nandrolone decanoate -

Powder: 5 grams
Produces: 25 ml @ 200 mg/ml

Requirements:

• 5 grams Deca-Durabolin - nandrolone decanoate - - powder
• 18.75 ml sesame oil
• Benzyl Alcohol 1.25 ml 5% BA
• Benzyl Benzoate 1.25 ml 5% BB
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 5 grams of powder
• place the powder in the vial
• add BA to the vial
• add BB to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

Deca-Durabolin - nandrolone decanoate -

Powder: 10 grams
Produces: 50 ml @ 200 mg/ml

Requirements:

• 10 grams Deca-Durabolin - nandrolone decanoate - - powder
• 37.5 ml sesame oil
• Benzyl Alcohol 2.5 ml 5% BA
• Benzyl Benzoate 2.5 ml 5% BB
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 10 grams of powder
• place the powder in the vial
• add BA to the vial
• add BB to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

trenbolone

Note: this conversion is not for the pellet form

Powder: 5 grams
Produces: 50 ml @ 100 mg/ml

Requirements:

• 5 grams trenbolone
• 43.75 ml sesame oil
• Benzyl Alcohol 2.5 ml 5% BA
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 5 grams of powder
• place the powder in the vial
• add BA to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2 ml of oil (saved previously) and run it through the Whatman filter into the solution.

trenbolone

Note: this conversion is not for the pellet form

Powder: 10 grams
Produces: 100 ml @ 100 mg/ml

Requirements:

• 10 grams trenbolone
• 87.5 ml sesame oil
• Benzyl Alcohol 5 ml 5% BA
• Syringes 3cc & 5/10cc
• 18 or 20 gauge needles
• Vial
• Sterile Vial
• Whatman sterile filter

Procedure:

• measure 10 grams of powder
• place the powder in the vial
• add BA to the vial
• heat the oil in a suitable container in the oven to a minimum of 212 degrees F to sterilise it (it will likely be necessary to use slightly more oil than listed as you will not be able to utilise all of it)
• add the oil to the vial but save 2 ml of oil in the syringe for later
• gently shake the vial.
• reheat the mixture if necessary by placing the vial in a frying pan and place it on the eye of the stove
• place an 18 or 20 gauge needle in the sterile vial and attach the Whatman sterile filter
• place another needle in the sterile vial to relieve the pressure
• draw out the solution with a syringe and run it though the Whatman filter
• take the other syringe with 2ml of oil (saved previously) and run it through the Whatman filter into the solution.

Winstrol

Note: there is a tendency to ruin the product during conversion so only use one gram at a time

Powder: 1 gram
Produces: 20 ml at 50 mg/ml

Requirements:

• 1 gram of winstrol
• one 20 ml glass vial or larger
• one 20 ml sterile glass vial or larger
• one 0.45 Whatman sterile syringe filter
• two 5 or 10 ml syringes
• two 3 ml syringes
• three 18 or 20 gauge pins
• two 22 gauge pins
• 17 ml of sesame seed oil
• 0.2 ml of benzyl alcohol
• 2 ml of Mr.T super solvent

Procedure:

• measure one gram of powder
• draw out 2 ml of the Mr. T super solvent using one of the 3 ml syringes
• place the measured powder in the open vial and add the solvent
• place the rubber stopper back on the vial and put one of the 20 gauge pins in the stopper
• place the vial in a small pan and place the pan on the eye of the stove
• heat until the powder dissolves into a liquid (usually around 239.8-242 degrees F)
• turn off the heat and let it cool down in the pan to room temperature (approx. 15 minutes)
• heat the oil in a suitable container in the oven until it reaches a minimum of 212 degrees F to sterilise it (it will be necessary to use slightly more oil than is required as all of it will not be able to be utilised)
• draw out 0.2 ml of benzyl alcohol (this will account for 1% of the solution so make sure the measurement is correct)
• add the benzyl alcohol to the solution in the vial and shake very gently
• draw out the oil with the 10 ml syringe (make sure the oil has cooled down somewhat before doing this)
• add 15 ml of the oil (saving 2 ml for later) to the solution in the vial and shake very gently Note: If the winstrol begins to clump back up, reheat the solution (place in a pan, put the pan on the eye of the stove and heat until it liquefies again) and allow it to cool down slowly
• place one of the 18 gauge pins in the sterile, unopened vial and attach the Whatman sterile filter
• draw out the solution using the other 10 ml syringe, attach to the filter, and slowly press the solution out into the sterile vial
• use the previously saved 2 ml of oil in the other syringe and run it through the filter to ensure that all the Winstrol passes through
• after the filtering process, leave the pin in the sterile vial and remove the filter
• place the vial in a pan and place the pan on the eye of the stove
• heat for 15-20 minutes, remove from heat, and let it cool down to room temperature (approx. 15 minutes)

The finished solution will be light-gold in colour.
Ensure that you follow the guidelines carefully for this conversion.

For conversions larger than one gram, refer to the powder conversion calculator at the top of this page.


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POWDER TO LIQUID ORAL CONVERSIONS:


Anadrol
Powder: per 1 gram of Oxymetholone
Produces: Highest concentration made - 50 mg/ml

Requirements:

• 1 gram of Oxymetholone powder
• 1 beaker suitable for holding the volume of liquids
• 8.4 ml of PEG 300
• 10.5 ml 190 Proof Grain Alcohol

Anavar
Powder: per 1 gram of Oxandrolone
Produces: Highest concentration made - 20 mg/ml

Requirements:

• 1 gram of Oxandrolone powder
• 1 beaker suitable for holding the volume of liquids
• 9.8 ml of PEG 300
• 39.2 ml of 190 Proof Grain Alcohol

Armidex
Powder: per 1 gram of Anastrozole
Produces: Highest concentration made - 5 mg/ml

Requirements:

• 1 gram of Anastrozole powder
• 1 beaker suitable for holding the volume of liquids
• 19.9 ml of PEG 300
• 179.1 ml of 190 Proof Grain Alcohol

Clomid
Powder: per 1 gram of Clomiphene Citrate
Produces: Highest concentration made - 50 mg/ml

Requirements:

• 1 gram of Clomiphene Citrate
• 1 beaker suitable for holding the volume of liquids
• 7.6 ml of Glycerol
• 11.3 ml of 190 Proof Grain Alcohol

Clomid
Powder: per 1 gram of Clomiphene Citrate
Produces: Highest concentration made - 50 mg/ml

Requirements:

• 1 gram of Clomiphene Citrate
• 1 beaker suitable for holding the volume of liquids
• 8.4 ml of PEG 600
• 10.5 ml of 190 Proof Grain Alcohol

Dianabol
Powder: per 1 gram of Methandrostenolone
Produces: Highest concentration made - 50 mg/ml

Requirements:

• 1 gram of Methandrostenolone powder
• 1 beaker suitable for holding the volume of liquids
• 19 ml of 190 Proof Grain Alcohol

Femara
Powder: per 1 gram of Letrozole
Produces: Highest concentration made - 5 mg/ml

Requirements:

• 1 gram of Letrozole powder
• 1 beaker suitable for holding the volume of liquids
• 19.9 ml of PEG 300
• 179.1 ml of 190 Proof Grain Alcohol

Nolvadex
Powder: per 1 gram of Tamoxifen Citrate
Produces: Highest concentration made - 20 mg/ml

Requirements:

• 1 gram of Tamoxifen Citrate
• 1 beaker suitable for holding the volume of liquids
• 19.6 ml of Glycerol
• 29.4 ml of 190 Proof Grain Alcohol

Nolvadex
Powder: per 1 gram of Tamoxifen Citrate
Produces: Highest concentration made - 20 mg/ml

Requirements:

• 1 gram of Tamoxifen Citrate
• 1 beaker suitable for holding the volume of liquids
• 9.8 ml of PEG 600
• 39.2 ml of 190 Proof Grain Alcohol

Proviron
Powder: per 1 gram of Mesterolone
Produces: Highest concentration made - 50 mg/ml

Requirements:

• 1 gram of Mesterolone
• 1 beaker suitable for holding the volume of liquids
• 8.4 ml of PEG 300
• 10.5 ml of 190 Proof Grain Alcohol

Winstrol
Powder: per 1 gram of Stanozolol
Produces: Highest concentration made - 25 mg/ml

Requirements:

• 1 gram of Stanozolol
• 1 beaker suitable for holding the volume of liquids
• 7.8 ml of PEG 300
• 31.2 ml of 190 Proof Grain Alcohol

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 for those that are troublesome, refer to the heating procedure as outlined above

In the event that 190 Proof Grain Alcohol (EverClear) is unavailable, then substitute Bacardi 151.

Flavoured oils can also be added to mask the taste if that is your preference.


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CAPPING POWDERS:

Requirements:

• capping machine (ie: Cap-M-Quick, The Capsule Machine)
• blank caps: size 0 or 00
• set of scales: must be accurate with very small measures
• powder of selected compound (ie: anavar, clomid, Dianabol - methandrostenolone - , etc.)
• filler powder (ie: sodium bicarbonate, corn starch, etc.)
• mortar and pestle for mixing purposes

Procedure for an accurate mix:
To make this easier to follow, I will refer to the selected compound powder as 'CP' and the filler powder as 'FP'.

• place blank caps in the capping machine
• fill the caps with the FP (make sure they are completely full)
• empty the caps out onto the scales and weight the FP
• divide the weight of the total FP by the number of capsules the machine produces per time
• clean the scales off before proceeding
• place blank caps in the capping machine
• fill the caps with the CP (make sure they are completely full)
• empty the caps onto the scales and weigh the CP
• divide the weight of the total CP by the number of capsules the machine produces per time

You will now need to determine the ratio of weights of the respective powders CP:FP which you have just capped and weighed.
Remember now that you have 24 caps of CP and 24 caps of FP for a total of 48 caps.

This is just an example of weights:

We determined that our total FP weight for the 24 caps was 18,000 mg or 750 mg per cap.
We determined that our total CP weight for the 24 caps was 10,800 mg or 450 mg per cap.

If you are making 100 mg caps of a specific compound for use, then your equations would look like this:
Note: 100 mg does not represent the weight of the cap but rather the active indredient of the finished cap.

100 mg CP = (unknown number) mg FP

450 mg CP = 750 mg FP
100 mg CP = 750 mg FP / 4.5 mg CP
100 mg CP = 166.67 mg FP

750 mg FP - 166.67 mg FP = 583.33 mg FP

583.33 mg represents exactly how much FP must be used per cap to allow for the presence of the CP.

Therefore, to make 48 - 100 mg caps of the specified compound in this example, you would need:

• 27,999.84 mg of FP
• 4,800 mg CP

To mix the CP and FP together you will need to use the mortar and pestle.
For a proper mix, make sure that the amount of FP you are adding to the mortar is equal to the existing CP or CP+FP as the mix progresses.

• place all of the CP in the mortar (4,800 mg from the above example)
• place an equal amount of the FP in the mortar (4,800 mg)
• mix for a few minutes
• place an equal amount of FP in the mortar (this time 9,600 mg which is equal to 4,800 mg CP + 4,800 mg FP)
• mix for a few minutes
• place the remaining FP into the mortar and mix

You are now ready to cap.
Follow the directions of the particular capping machine which you are using.

Good post bud, very helpful!

Should be stickied possibly if all info is solid (haven't read through it all yet)

Pretty much everything. Nice!

haahaa yea Thought it was interesting info to be posted here

Making this a sticky, yes?? lol

wow a lot of great info here!

Great post.My English is not perfect so maybe I get it wrong and question is very stupid.Is POWDER TO LIQUID ORAL CONVERSIONS mean that it is ready to drink?

szatas said:

Great post.My English is not perfect so maybe I get it wrong and question is very stupid.Is POWDER TO LIQUID ORAL CONVERSIONS mean that it is ready to drink?

Click to expand...

nvm I didnt notice there was also injectables.

The ones that require OILS are injectables, and ones that require 190 proof alcohol or PEG are for orals!!

Before I ask this question let me say I know nothing about brewing. I was going over the recipes and if I am reading correctly the BA is 5 %?! Why so high ? Won't that burn alot .Most UG's I deal with the BA is about 2% and the BB around 25%. I know pharma is even less than half of that at .9%. Just curious as I see alot of guys who brew complain about alot of pip.

l69lou said:

Before I ask this question let me say I know nothing about brewing. I was going over the recipes and if I am reading correctly the BA is 5 %?! Why so high ? Won't that burn alot .Most UG's I deal with the BA is about 2% and the BB around 25%. I know pharma is even less than half of that at .9%. Just curious as I see alot of guys who brew complain about alot of pip.

Click to expand...

It was written by someone else so unfortunately I cant pin point you why recipe calls for 5% benzyl alcohol. Only thing I know is 5% alcohol is a lot more sterile and keep the powders into the solutions. But yea, you can just go with 2% and adjust oils and BB from there.

Liquidex said:

nvm I didnt notice there was also injectables.

The ones that require OILS are injectables, and ones that require 190 proof alcohol or PEG are for orals!!

Click to expand...

Ok.Thank You.This is what I thought.My uncorrect translation made me confused

Finally a capping recipe that has it correct. You must take into account the density of your filler and compound. Good article.

Ive been looking for something like this for a while, awesome post

Good info one thing tho. I've read another sticky on another board whoch is basically the same except u dnt heat the oil up first. They said add bb to the powder let dissolve then add oil and heat up in a pan of water and then add ba and filter it. Let sit for 2/3 days and then bake. My thoughts on this method was wont the baking evaporate all the ba amd dsnt it have the potential to weaken the product baking it??

Bickers1989 said:

Good info one thing tho. I've read another sticky on another board whoch is basically the same except u dnt heat the oil up first. They said add bb to the powder let dissolve then add oil and heat up in a pan of water and then add ba and filter it. Let sit for 2/3 days and then bake. My thoughts on this method was wont the baking evaporate all the ba amd dsnt it have the potential to weaken the product baking it??

Click to expand...

Either way is fine. Iv done both of em with successe. It turns out that BA has high boiling points so evaporation is not really a problem

Great info on the steps, this will come in handy

good post

what is the difference between using polyethylene glycol 300 and 600 for liquid solutions?

waynecross88 said:

what is the difference between using polyethylene glycol 300 and 600 for liquid solutions?

Click to expand...

The difference is in the glycol chains. i was always taught to use 300 for oral delivery and make sure use a co solvent and dilutent.
With some compounds you might be better off creating suspension using one of the otc suspending liquids avail.
Thats about all i can put into the mix re this topic.

Liquidex said:

The difference is in the glycol chains. i was always taught to use 300 for oral delivery and make sure use a co solvent and dilutent.
With some compounds you might be better off creating suspension using one of the otc suspending liquids avail.
Thats about all i can put into the mix re this topic.

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Gotcha thanks, and Bacardi 151 is an acceptable substitution for grain alcohol for all solutions?

waynecross88 said:

Gotcha thanks, and Bacardi 151 is an acceptable substitution for grain alcohol for all solutions?

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yes. higher the alcohol proof the better

Awesome post I think a lot of people including myself who have an interest in home-brew will find this info very useful

Hello,fellas!Can I brew liquid suspensions without PEG?Is it possible to use Ethyl alcohol 96%,it's hard to find Everclear,or Bacardi 151 in my coutry.
Thanks!