Binary explosives

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Binary explosives are explosives that are composed of two components that are not explosive on their own.

Binary explosives
Chemical composition
Explosive components
Other components not known
Physical Properties
Density
g / cm³
0.9 - 1.2
Oxygen balance
%
unknown
Heat of explosion
kJ / kg
unknown
Steam volume
l / kg
unknown
Specific energy
(l · MPa) / kg
unknown
Detonation velocity
m / s
approx. 4300-6200
Explosion temperature
K
unknown
Property comparison
Explosiveness medium to high
Ignition sensitivity medium
Steam volume medium
price higher
credentials

composition

Binary explosives consist of two components, a solid or powdery component, usually ammonium nitrate , and a liquid, usually nitromethane . Only the mixture of the two, similar to the ANNM explosives, is capsule-sensitive and can detonate. As a rule, the mixture is only explosive for a certain period of time (a few hours) and must be destroyed after this time has elapsed.

properties

Binary explosives are of the explosive between the military and the brisanteren less explosive powder explosives .

application

Binary explosives are used for the following purposes:

One advantage is the problem-free storage and transportability of the individual components. Since they are not explosives, they do not fall under the Explosives Act and are therefore to be handled like chemicals. Since the quantities of the individual components are precisely matched to one another, it is not possible to halve the specified loading quantities.

Trade names

Binary explosives are sold under the following names:

  • Kinepak from SEC
  • Fixor and EZCore from MREL
  • Tannerite

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  1. Kinepak. (PDF, 141 kB) Technical Data Sheet. SEC, archived from the original on January 25, 2014 ; accessed on October 12, 2013 (English, product description and data sheet from the manufacturer).
  2. Technical data sheet Fixor. (PDF; 294 kB) MREL, archived from the original on February 5, 2009 ; accessed on March 31, 2017 (English).
  3. ^ Tactical Disruptors. Retrieved May 24, 2017 .

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