What is an example of an electric initiated detonator?

One example is the electric initiated detonator 1840-0 which can be used as an alternative for the M100 detonator. The characteristics of this detonator are a high explosive output power, extremely short response at low energy supply, smallest dimensions and the use of green primary explosives.

How do electric detonators work?

capsElectric Hotwire DetonatorsElectric detonators are configured similarly to stab detonators, but in place of the stab mixture, they are usually set off by an electric bridgewire (hotwire) embedded in a mall initiation charge (fig. 5). This charge can be as simple as a small “spot charge” of lead s

What is a detonator used for?

tonators and primers (igniters). Detonators are designed to provide an explosive shockwave and are typically used to trigger less sensitive, more powerful secondary explosives (either in a booster or main charge) via sympathetic detonation, and their applications range from explosive

What is the difference between a detonator and a blasting cap?

detonatorElectric Blasting CapsElectric blasting caps (fig. 4, bottom) are configured very similarly to non electric, the only difference being the use of a hotwire-embedded initiation charge and electric wire leads in pl

What are the different types of detonators & primers?

ammunition to ignite propellant. Detonators and primers can each be further divided into subcategories based on their method of initiation, the most general be ng non electric versus electric. From there, well-known subclasses such as stab detonators, percussion primers, blasting caps, etc.

When was a dextrinated form of lead azide invented?

Due to sensitivity and stability concerns, the dextrinated form of lead azide (MIL-L-3055) was developed in the 1920s and 1930s with large scale production by DuPont Co beginning in 1932. Detonator development during World War II resulted in the need for a form of lead azide with a more brisant output.