FILE TWO...........INITIATORS
Fuse Cord
Imporvised string fuse
Concentrated sulfuric Acid
Water
FILE THREE.........IGNITERS
Sugar-Chlorate
Fire Fudge
Sugar-Sodium Peroxide
Aluminum Powder-Sodium Peroxide
Match Head
Potassium Permanganate-Glycerin
Powdered alluminum-sulfur pellets
Silver Nitrate-Magnesium powder
White phosphorous
Magnesium Powder-Barium Peroxide
Subigniter for Thermite
FILE FOUR..........INCENDIARY MATERIALS
Napalm
Gelled Gasoline (Exotic thickeners)
Gelled Gasoline (Imporvised thickeners)
Paraffin-sawdust Fire Bottle (Impact
ignition)
Fire Bottle (Delay ignition)
Thermite
Flammable Liquids
Incendiary brick
FILE FIVE..........DELAY MECHANISMS
Cirarette
Gelatin Capsule
Rubber Diaphragm
Paper Diaphragm (Sulphuric Acid)
Paper Diaphragm (Glycerin)
Candle Overflow
Tipping delay-Filled Tube
Tipping delay-Corrosive or dissolving
action
Balancing Stick
Stretched Rubber band
Alarm Clock
FILE SIX...........SPONTANEOUS COMBUSTION
Spontaneous Combustion
------------------------------------------------------------------------------ Yes, here is my latest series of Anarchy files, helping you, the basement Anarchist to have a keener and better awareness of the things around you, and to have the knowledge to make almost anything into a lethal weopon. Just remember, if Anarchy ever prevails, kill Donahue. For some of the BEST file around, and the most stimulating message bases, call Shadows of Iga at 707- 528-7238. 150 Megs of Text Files on-Line! Hack/Phreak/Anarchy. These files are directly taken from the US Army's manuals, so you know they work! So Enjoy, and here's the motto for these files: THERE ARE VERY FEW PROBLEMS THAT CAN'T BE SOLVED WITH AN APPLICATION OF HIGH EXPLOSIVES!
------------------------------------------------------------------------------
FILE ONE: INTRODUCTION ------------------------------------------------------------------------------
INTRODUCTION: These files cover all aspects of incendiary systems. They
describe useful initiators, ignitors, incendiary materials, delay mechanisms,
and spontaneous combustion devices designed for direct use in sabotage
and unconventional warfare. Incendiaries are promarily used in sabotage
to set fire to wooden structures and other combustable targets. Certain
incendiaries, such as thermite, can be used for melting, cutting, or welding
metals. The most basic incendiary system consists of putting a lighted
match to an easily combustible material. However, a simple match is not
always effective. There are many important combusible targets that require
far more heat for reliable ignition then is available from a match. There
are also instances where delayed ignition is essential for sabotage success.
This series contains formulations and devices to satisfy the requirements
for high ignition heat and predetermined ignition delay times for use in
sabotage and other harassment actions. Every Incendiary system cosists
of a group of elements starting with an initiator and ending with the main
incendiary material. If the initiator does not produce enough heat for
reliable ignition of the combustible target, an intermediater or booster
incendiary is required. More than one booster is necessary for some targets.
The initiator (File 2) can consist of a simple match, a match and a fuse
cord, an acid, or water. The intermediate heat sources are generally called
igniters (File 3). Ignitors produce sufficient heat to set the principal
incendiary charge (File 4) aflame. Delay mechanisms (File 5) are frequently
used to prevent detection of the saboteur by post- ponement of the fire
for some limited, preditermined time after placement and actuation of the
device. Spontaneous combustion is a good sabotage tool. Favorable conditions
can be established for the deliberate employment of spontaneous combustion
(File 6), that is, setting combustable material aflame without application
of direct flame or spark. All of the devices and techniques described herein
have been thoroughly checked by independant test to make certain that they
will work as intended. Detailed instructions are given for the necessary
ingrediants and their preporation. It is important that these instructions
be followed carefully to be sure that the devices will operate properly.
In addition, close attention to the instructions will assure safety.
DEFINITIONS: Common terms used in connection
with incendiary systems are defined below. Note that the definitions are
worded so as to cover only incendiaries. Some of the terms have additional
meanings in the related field of explosives.
DELAY MECHANISM..........Chemical,
electrical, or mechanical elements that provide a time delay. Elements
may be used singly or in combinations. They provide a predetermined, limited
time interval before an incendiary starts to burn.
FUSE.....................A Flexible
fabric tube containing powder that is used to start fires at some remote
location. The powder in the fuse burns and provides a time delay.
IGNITOR..................An intermediate
charge between an initiator and an incendiary material. It is set aflame
by the init- iator and produces sufficent heat at high temps to ignite
the main incendiary. Ignitors are fast burning and relatively short lived.
INCENDIARY MATERIAL......A material
that burns with a hot flame for long periods. Its purpose is to set fire
to wooden structures and other combustable targets.
INCENDIARY SYSTEM........A group of
elements that are assembled to start fires. The system consists of initiator,
delay mechanism (if needed), igniter, and incendiary material
INITIATOR................The source
that provides the first fire in an incendiary system. A match is an initiator.
The initiator is so sensitive that it can be set off with little energy.
SPONTANEOUS COMBUSTION...The outbreak
of fire in combustible material that occurs without an application of direct
flame or spark. The fire is the result of heat produced by the chemical
action of certain oils.
THERMITE.................An incendiary
mixture of iron oxide flakes and aluminum powder that reacts chemically
when initiated to form molten iron. Thermite can be used to burn holes
in steel or to weld steel parts together.
TOOLS AND TECHNIQUES: The equiptment
needed for the manufacture of incendiaries consists of simple items. They
are all readily available. Required are bottles, jars, pots, and spoons.
There should be no difficulty in obtaining any of them. All of the necessary
equiptment is described in each paragraph dealing with a paticular incendiary
compound. It is important that the operator follow the directs given in
these files EXACTLY as written. They have been worked out carefully to
give the desired results with the minimum chance of mishap. Don't experiment
with different procedures or quantities. By it's very nature, the manufacture
of incendiaries is dangerous. It is the function of incendiaries to burn
with an intense flame under the right conditions. Care must be taken that
no fires result during the making or placing of the devices. There are
also other dangers in addition to the fire hazard. The chemicals used as
ingrediants may burn the skin, give off poisonous fumes, or be easily flamable.
They must not be eaten!! When handled with care and proper precautions,
incendiaries are fairly safe to make and use. Detailed precautions and
instructions are given in each paragraph where they apply. General safety
precautions follow: o Fire prevention is much more important than fire
fighting. Prevent fires from starting o Keep flamable fires away from open
flames. o Good housekeeping in the fire prevention. Keep work areas neat
and orderly. Clean away all equiptment and materials not needed at the
moment. Clean up spills as soon as possible. o Store incendiaries in closed
containers away from heat. Do not store materials any longer than necessary.
o In the event of fire, remove the incendiaries from the danger area if
this can be done quickly and safely. Use large quantities of water to fight
incendiary fires. o Don't mess around when making these devices. Safety
precautions in the work area follow: o Wear rubber gloves, apron, and glasses
when handling concentrated chemicals if at all possible. o Avoid inhaling
fumes. Preform reactions in a well ventilated area or out- doors because
the boiling is often violent and large amounts of fumes are given off that
are poisonous if breathed too much. o Avoid acid contact with the skin.
If chemicals are spilled on a person, wash immediately in running water
for several minutes. If they splash in the eyes, wah the open eye in running
water for at least 15 minutes. o Clean up any acid that is spilled on the
floor or bench by flushing with large amounts of water. Acid spilled on
wood can cause a fire. o Always pour concentrated acids into water. Never
pour water into concentrated acids because a violent reaction will occur.
------------------------------------------------------------------------------
Recemended Reading: The Anarchist Cookbook Two component High Explosive
mixtures Ninja 1990: Winning through Super-Technology ------------------------------------------------------------------------------
If you have any comments about this file, or suggestions for other files,
leave me Feedback on my board (Shadows of Iga). ==--------------------------------------------------------------------------==