Shock Sensitive Chemicals

The following materials are shock-sensitive, and may decompose violently if struck or heated. Solids are also prone to explosive decomposition if ground, for example with pestle and mortar. A few of the materials listed are not, of themselves, explosive, but mixtures of them with combustible material such as organic reagents, may be dangerous.

The table below provides examples of peroxide-forming and/or shock sensitive chemicals only and is not an inclusive list. Consult Material Safety Data Sheets for information on the peroxide-forming potential and shock sensitivity of specific chemicals.

acetaldehyde
ammonal
ammonium picrate
butyl tetryl
cumene
cyclohexane
diethyl Ether
dinitroglycerine
dinitrophenyl hydrazine
dipcrylamine
ethylene glycol dimethyl
ethyl vinyl eter
fulmanating platinum
guanyl nitrosamino
guanylidene
heavy metal azide
hexanitrostilbene
isopropyl ether
lead mononitroresorcinate
lead styphnate
mannitol hexanitrate
mercury oxalate
nitrated carbohydrate
nitrogen triiodide
nitroglycide
nitromethane
nitrotoluene
organic peroxides
picramic acid
polynitro aliphatic compounds
potassium perchlorate
silver azide
silver tetrazene
sodium perchlorate
syphnic acid
tetranitrocarbazole
triethylene glucol divinyl ether
trinit
trinitrobenzene
trinitro-meta-cresol
trinitrophloroglucinol
urea nitrate
aluminun ophorite explosive
ammonium nitrate
benzoyl peroxide
calcium nitrate
cyanuric triazide
cyclotrimethylenetrinitramine
dinitroresorcinol
dinitrophenol
dinitrotoluene
dipicryl sulfone
ether
fulminating mercury
fulminating silver
guanyltetrazene
hydrazine
hexanite
hexogen
lead azide
lead picrate
magnesium ophorite
mercury oxalate
mercury tartrate
nitrated glucoside
nitrogen trichloride
nitroglycol
nitronium perchlorate
nitrourea
organic nitramines
picramide
picryl chloride
potassium metal
robenzoic acid
silver fulminate
sodatol
sodium dinitro-ortho-cresolate
sodium picramate
tert-butyl hydroperoxide
tetraze
trimethylolethane
trinitroresorcinol
trinitrobenzoic aci
trinitronaphthalene
trinitrotoluene (TNT)
vinyl chloride
amatol
ammonium perchlorate
2-Butanol
copper acetylide
cyanogen Bromide
dicyclopentadiene
dinitroethyleneurea
dinitrophenolates
dioxane
erythritol tetranitrate
ethyl ether
fulminating gold
gelatinized nitrocellulose
guanyl nitrosamino
hydrazoic acid
hexanitrodiphenylamine
hyrazinium nitrate
lead mannite
lead salts
magnesium perchlorate
mercury fulminate
mononitrotoluene
nitrated polyhydric alcohol
nitroglycerin
nitroguanidine
nitroparaffins
organic amine nitrates
perchloric acid
picratol
picryl fluoride
potassium nitroaminotetrazole
silver acetylide
silver styphnate
sodium amatol sodium nitrate/potassium nitrate (Mixture)
styrene
tetrahydrofuran (THF)
tetrytol
trimonite
trinitroanisole
trinitrocresol
trinitrophenetol
urea ammonium nitrate
vinylidene chloride acetylides

 

Shock sensitive materials should be kept to a minimum by maintaining proper inventory consistent with the rate of use. Inventory is also important in order to dispose of chemicals which tend to form unstable materials with age, such as ethers, or materials which become dangerous when they become dehydrated, such as picric acids. Shock-sensitive materials should be stored in a cool, dry area, and protected from heat and shock. During storage, the materials should be segregated from incompatible materials including flammables and corrosives. Materials which are used specifically because of their explosive properties should be treated as an explosive of the appropriate class and kept in a explosive proof locker or the equivalent storage area.