3.2.HOME-MADE EXPLOSIVES This section is a basic aid to assist in identifying the most common HMEs and recognising HME production facilities; it is NOT an all-inclusive guide. There are other HMEs not mentioned and substitute precursors which can be used.
ׁ WARNING. All explosives are sensitive to shock / impact, heat, friction and electrostatic discharge. Some HMEs are incredibly sensitive compared to military and commercial explosives and extreme caution should always be taken.
HMEs consist of an oxidant and a fuel, which are physically (by percentage weight) or chemically (by stoichiometry) mixed. The table below gives examples and common sources for oxidants and fuels used in HMEs (not an exhaustive list).
EXAMPLES OF OXIDANTS USED IN HME s AND THEIR USES
EXAMPLES OF FUELS USED IN HME s AND THEIR USES
Ammonium nitrate
Agricultural fertiliser
Sugar
Icing sugar
Sodium chlorate
Weed killer
Glycerine
Anti-freeze
Match-heads (non-safety type)
Potassium chlorate
Fuel oil
Diesel
Potassium permanganate
Disinfectant
Aluminium powder
Paint
Hydrogen peroxide
Hair bleach
Nitrobenzene
Pesticide
ׁ WARNING. HME precursor chemicals can be dangerous themselves. Use caution and if necessary appropriate PPE when handling.
IEDD task conduct
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