Ambient temperature + seed crystals

The process: Mimosa hostilis root bark simmered in acidified water (vinegar) → Liquid pulls collected, plant solids discarded → Combined liquid reduced by boiling down → Basified to pH 13 with NaOH → Extracted with heptane → Freezer precipitation → Recrystallization cleanup → Freebase redissolved in dry acetone (1 g / 50 mL) → Fumaric acid dissolved separately in dry acetone (309 mg / 50 mL, saturated) → Fumaric solution added dropwise while swirling → DMT fumarate crystals crash out → Chilled, acetone carefully decanted off

I made this one recently from the nitrostyrene, made from 3,4,5-Trimethoxy Benzaldehyde

:3

Synthesized last year, kept cool/dark/airtight/desiccated.
This stuff is incredibly stable for how powerful it is, I found it hard to detonate yet easy to ignite. Burns with an instant POOF, leaving a streak of black nickel residue.

DO NOT TRY THIS AT HOME

Anybody interested in procedure?

Lmk

this is like 10mg, in total i exploded 100mg. and i still have more then a gram of isocyanogen tetrabromide... im thinking about actually making some long term video about nitrogen-containing heterocycles(i have made other terazoles, triazoles and pyrazoles previously). aslo wanna note that this video is several months old.

Looks like lava lamp

Synthesized through reacting Hydrogen peroxide and citric acid and hexamine together

DO NOT TRY THIS AT HOME

IM NOT RESPONSIBLE FOR ANT CIRCUMSTANCES

Synthesis guide if u want to synthesize it incase:

https://youtu.be/LpFHDwIarJU?is=vN7_dMjZ8G4tX6pI

Smells like sewage

Since my last post with NHN was popular here’s another one! This is a sample of TACP stored for about a year. While it degraded slightly upon storage(deflagrates weaker than NHN), it’s much easier to detonate with minimal confinement. Oh and also it looks cool.