4-PrO-MET Pulver (98% Pur | Expert-Edition)
Shipping
Standard (shipping within 2 business days after receipt of payment) – free shipping on orders over €69
Safety Instructions
Important Information
This is a research chemical and is therefore not intended for human consumption! Further information can be found in the description.
Product description
Legales 4-PrO-MET Pulver kaufen
Diese seltene 4-PrO-MET-Edition ist die tiefe, unversiegbare Quelle zeitloser Erkenntnisse und erzählt in unnachahmlicher Eleganz die ganze verborgene Genesis der Materie. Unser legales 4-PrO-MET Pulver steht für molekulare Quintessenz und richtet sich ausschließlich an anspruchsvolle Forschende mit nuancierter Expertise und großer Demut.
Es ist unverfälscht, unberührt und frei von profanen Trägerstoffen: Gipfelt in kompromissloser Reinheit und friktionsloser Direktheit. Durch seine opulente Reduktion und den Verzicht auf jeden überflüssigen Partikel, liegt es näher zum Ursprung als jede andere Variante im Sortiment. Dieses kristalline Pulver ist ein sublimes Kondensat der Extraklasse.
Zur Einordnung: 0,2 Gramm entsprechen 200 Milligramm 4-PrO-MET bzw. 10 Stück der 20mg Macro-Pellets
4-PrO-MET zählt zu den 4-substituierten Tryptaminen – einer Stoffgruppe, die vor allem durch Psilocybin aus sogenannten Magic Mushrooms bekannt wurde. Strukturell verwandt mit etablierten Substanzen wie 4-AcO-DMT oder 4-HO-MET, rückt 4-PrO-MET zunehmend in den Fokus moderner Forschungsansätze, die sich mit veränderten Wahrnehmungsmodellen, Bewusstseinsprozessen und sensorischer Modulation beschäftigen. Es stellt die neueste Generation psychedelisch inspirierter Forschungschemikalien dar. Mehr dazu findet sich in unserem Blog.
Die Vorteile auf einem Blick:
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Zugängliche Charakteristik: In Fachkreisen geschätzt für seine klare, angenehm strukturierte und alltagstaugliche Dynamik – ideal für Microdosing-Reihen und kreative Forschungsmodelle.
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Synthetische Exaktheit: Im Gegensatz zu volatilen Naturextrakten garantiert die reine Synthese absolute Freiheit von Begleitstoffen und schwankenden Wirkstoffgehalten oder Inhaltsstoffen.
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Valide Versuchsbedingungen: Maximale Reinheit und konstante Dosierung sichern die lückenlose Reproduzierbarkeit bei langfristigen Beobachtungsreihen.
Produktinformationen:
Produkt: 4-PrO-MET Pulver
Wirkstoff: 4-Propionoxy-N-Ethyl-N-Methyltryptamin fumarat
Summenformel: C20H26N2O6
Chemische Formel: C₂₀H₂₆N₂O₆
Molekulare Masse: 390,43 g·mol⁻¹
CAS-Nummer: N/A
IUPAC: 3-(2-(ethyl(methyl)amino)ethyl)-1H-indol-4-yl propionat fumarate
Form: Feststoff-Pellets für präzise Einheiten innerhalb wissenschaftlicher Untersuchungen
Inhaltsstoffe: 4-PrO-MET, mikrokristalline Cellulose, Magnesiumstearat, Siliciumdioxid, Dicalciumphosphat
Your Benefits with Us:
Laboratory-tested quality
Each new batch of our 4-PrO-MET products is externally tested by a certified laboratory in Germany. The active ingredient is identified by mass spectrometric analysis after dissolving the substance in acetonitrile. In addition, the purity is checked to ensure consistently high research quality.
Confirmed are:
- unambiguous identity of 4-PrO-MET
- documented purity (>97%)
- uniform active ingredient distribution per unit
Analytics:
Quality control using HPLC / LC-MS / NMR
Application:
This reagent is typically used in chromatographic-mass spectrometric methods (GC-MS, LC-MS). Suitability for the respective application must be checked by the user.
Typical research approaches:
- standardized comparison series
- quantitative active ingredient analyses
- methodological basic studies
- reproducible test and reference models
All information is provided exclusively in a scientific context and does not constitute a recommendation for use. 4-PrO-MET is not suitable for human consumption.
High Durability & Optimal Options
For optimal stability, we recommend the following storage conditions:
- cool and dry
- protected from light and direct sunlight
- optimal temperature: below 20 °C
- store in original packaging
- Under proper conditions, storage for several years is possible.
Numerous options:
- Clearly structured dosage levels: Micro- and macrodosing units in a balanced ratio – ideal for standardized studies.
- Uniform reference substance: All units are based on 4-PrO-MET, minimizing substance and batch deviations.
- Proven dosage forms: Pellets and blotters enable reproducible test units with a clear separation of dosage ranges.
Shipping & Discretion
Shipping is discreet and neutral via our logistics partner DHL from Germany. We use inconspicuous packaging without any indication of content or product category.
- Shipping within 2 business days of payment receipt
- Free shipping on orders over €69
- reliable & anonymous
- discreet packaging without content labeling
Sender and manufacturer information:
Awakening GmbH
Fidicinstrasse 44
DE-10965 Berlin
+49 (0) 178 5493 709
mail@psychedelika.club
General Questions:
If you have general questions about our products, please visit our Blog or Wikipedia.
What is 4-PrO-MET?
4-PrO-MET is one of the 4-substituted tryptamines – a group of substances that became known primarily through psilocybin from so-called magic mushrooms.
Structurally related to established substances such as 4-AcO-DMT or 4-HO-MET, 4-PrO-MET is increasingly becoming the focus of modern research approaches dealing with altered perception models, consciousness processes, and sensory modulation.
Why is it not forbidden:
The Narcotics Act (BtMG) generally covers substances by explicitly listing them in Annexes I to III. The New Psychoactive Substances Act (NpSG) also uses substance group definitions that describe specific chemical structures and their permissible substitution patterns.
For the substance group of indol-3-alkylamines, various substituents are explicitly named at specific positions on the indole ring system, particularly positions 4 to 7, including hydroxy, alkoxy, methylenedioxy, and acetoxy groups.
A propionoxy substitution is not listed in the wording of the relevant substance group definition. Therefore, based on an interpretation aligned with the legal text, a classification different from acetoxy-substituted compounds results.
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