This will break the cell membranes of the plant down so the plant constituents can be extracted more effectively.
Tincture Making: Part 1
Tinctures are herbs extracted into an alcoholic solution. They are created by soaking herbs (officially called the macerate) into an alcoholic liquid (officially called the menstruum).
This is done for a period of time to extract the medicinal properties of the herb into the liquid. They are then strained and the liquid is kept and the herb is discarded.
Why make a tincture?
Because alcohol is a preservative, tinctures are a great way to keep herbs for over a year.
They are also ‘easier’ to take. Instead of taking time to brew up an infusion three times a day, a measure of tincture can be added to cold water and drunk as needed.
Alcohol is also great for extracting a wide range of plant chemicals from that is easy for the body to digest and absorb.
How easy is it?
If you make tinctures professionally, they can become quite complicated if you want to be able to measure the amount of herb in the alcohol. There is a further mathematical ‘How to’ in the next section for those that really want to know.
This is because different compounds found in plants are extracted by using differing ratios of water to alcohol.
For instance, resins are poorly extracted in water but are extracted well in high percentages of alcohol. E.g. Frankincense and myrrh resin (Commiphora spp.) would be extracted in up to 90% alcohol. Tannins and mucilages another chemical are extracted well in lower alcohol percentage such as 30 or 40%.
For the purpose of preserving your own herbs and making your own tinctures at home, the process is very simple.
Your best friend is plain grain alcohol such as a 35%-50% ABV vodka. Vodka is best because it contains no flavour or additional ingredients. However, Sometimes brandy has also been traditionally used.
Dyes, Stains and Tinctures
Formula:
C52H54N4O12
Purity:
>95.0%(T)
Color and Shape:
Green to Dark green powder to crystal
Molecular weight:
927.02
Ref: 3B-A5100
1g | 71.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C23H15N3Na2O6S
Color and Shape:
Gray to Dark purple to Black powder to crystal
Molecular weight:
507.43
Ref: 3B-A0664
25g | 75.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C34H34N4O4
Purity:
>98.0%(N)
Color and Shape:
Light yellow to Brown powder to crystal
Molecular weight:
562.67
Ref: 3B-B2628
25g | 61.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C28H14N2O4
Purity:
>97.0%(N)
Color and Shape:
Dark red to Dark purple to Dark blue powder to crystal
Molecular weight:
442.43
Ref: 3B-I0429
25g | 66.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Color and Shape:
Black powder to crystal
Ref: 3B-L0079
1g | 22.00 € | Add to cart |
5g | 53.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C47H48N3NaO7S2
Color and Shape:
Red to Dark red to Dark purple powder to crystal
Molecular weight:
854.02
Ref: 3B-B3193
5g | 22.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C10H6Na2O8S2·2H2O
Purity:
>98.0%(T)
Color and Shape:
White to Gray to Brown powder to crystaline
Molecular weight:
400.28
Ref: 3B-D0596
25g | 64.00 € | Add to cart |
500g | 488.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C16H11ClN4O10S2
Color and Shape:
Orange to Amber to Dark red powder to crystal
Molecular weight:
518.85
Ref: 3B-G0222
5g | 43.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C38H34N2O3
Purity:
>98.0%(T)(HPLC)
Color and Shape:
Light yellow to Brown to Dark green powder to crystal
Molecular weight:
566.70
Ref: 3B-D3204
25g | 86.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C27H32N2O6S2
Color and Shape:
Yellow to Brown to Dark green powder to crystal
Molecular weight:
544.68
Ref: 3B-P0597
25g | 57.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C17H10N2Na2O6S
Purity:
>95.0%(HPLC)
Color and Shape:
Light yellow to Brown powder to crystal
Molecular weight:
416.31
Ref: 3B-C0545
25g | 26.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C17H12ClNO2
Purity:
>97.0%(N)
Color and Shape:
White to Light yellow to Dark green powder to crystal
Molecular weight:
297.74
Ref: 3B-C2103
25g | 85.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C8H8N6O6
Color and Shape:
Orange to Brown to Dark purple powder to crystal
Molecular weight:
284.19
Ref: 3B-M0474
1g | 22.00 € | Add to cart |
5g | 31.00 € | Add to cart |
25g | 70.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C15H10O6
Purity:
>96.0%(HPLC)
Color and Shape:
White to Amber to Dark green powder to crystaline
Molecular weight:
286.24
Ref: 3B-T0121
1g | 127.00 € | Add to cart |
5g | 472.00 € | Add to cart |
100mg | 28.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C19H16ClNO4
Purity:
>98.0%(HPLC)(N)
Color and Shape:
White to Amber powder to crystal
Molecular weight:
357.79
Ref: 3B-C2101
25g | 57.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
Formula:
C50H62N2O4
Purity:
>98.0%(HPLC)(N)
Color and Shape:
Orange to Brown to Dark red powder to crystal
Molecular weight:
755.06
Ref: 3B-D3947
1g | 152.00 € | Add to cart |
200mg | 49.00 € | Add to cart |
Estimated delivery in Poland, on Tuesday 14 Nov 2023
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