Buck Chemisch-technische Werke Gmbh & Co.

Buck Chemische-technische Werke Gmbh & Co.

Firma Buck Chemisch-technische Werke Gmbh. & Co.

Alois Schiessl

Wolfgang Trede

Wolfgang Steinicke

Peter Rayer

Hartmut Krone

Klaus Hieke

Georg Prahauser

Walter Hanser

Axel Widera

Horst Busel

Georg Praehauser

Wolfgang Badura

A projectile is described which consists of a contact head and a screen material canister which may be made of aluminum, attached thereto by bolts and, optionally closed with a cover. Contact rings are arranged on an outer casing of the contact head and are connected via firing leads to a primer capsule which is located in the contact head in a centrally disposed box-shaped charge chamber having a substantially gas-tight screw cover at its base and substantially gas-tight ports for the firing leads, the ports being sealed with a sealing agent. A delayed action fuse assembly is arranged in the head section of the contact head or in the base of the screen material canister and connects the charge chamber and the canister, the assembly being in communication with the canister either through an igniter-destructor unit having a charge for igniting the screen material and fragmenting a casing of the canister, or through an expelling charge chamber containing an expelling charge for expulsion of the screen material at rupture of the cover on the head of the canister. The screw cover is formed at its edge with a screw thread and is formed at least in its central region with an abutment for a spacer of a cup discharger, the parts of the cover between the edge and the abutment being formed with weakened areas for the escape of propellent gases. The screen material may consist of thin combustible lamellae which may comprise a carrier material carrying a slow-burning combustion layer.

Projectile

A projectile is described which consists of a contact head and a screen material canister which may be made of aluminium, attached thereto by bolts and, optionally closed with a cover. Contact rings are arranged on an outer casing of the contact head and are connected via firing leads to a primer capsule which is located in the contact head in a centrally disposed box-shaped charge chamber having a substantially gas-tight screw cover at its base and substantially gas-tight ports for the firing leads, the ports being sealed with a sealing agent. A delayed action fuse assembly is arranged in the head section of the contact head or in the base of the screen material canister and connects the charge chamber and the canister, the assembly being in communication with the canister either through an igniter-destructor unit having a charge for igniting the screen material and fragmenting a casing of the canister, or through an expelling charge chamber containing an expelling charge for expulsion of the screen material at rupture of the cover on the head of the canister. The screw cover is formed at its edge with a screw thread and is formed at least in its central region with an abutment for a spacer of a cup discharger, the parts of the cover between the edge and the abutment being formed with weakened areas for the escape of propellant gases. The screen material may consist of thin combustible lamellae which may comprise a carrier material carrying a slow-burning combustion layer.

An infrared radiation-emitting projectile includes a casing and a contact head attached thereto, the casing containing an igniter-destructor capsule centrally positioned therein which contains an igniter-destructor charge, a layer of combustible flakes between the igniter-destructor capsule and the side wall of the casing, and an ignition-expediting material such as red phosphorus between the igniter-destructor capsule and the side wall of the casing.

Infrared radiation-emitting decoy projectile

This invention comprises a process for the preparation of a smoke composition based on hexachloroethane, zinc oxide, and metal powder, in which zinc oxide granules obtained by high compression and subsequent crushing are used as a mixture component and the intermittent burnoff of previous smoke compositions of this type is thus avoided; the invention also concerns a smoke generator filled with such a smoke composition.

Process for the preparation of a smoke composition

A pyrotechnic smoke charge which comprises guanidinium nitrate and (a) chlorohydrocarbons and a metal powder, of (b) red phosphorous, which can be partially replaced by a chlorohydrocarbon, and wherein said charge may optionally contain a small amount of a reaction regulating agent.

Pyrotechnic smoke charge containing guanidine nitrate

An incendiary warhead comprises a destructible body carrying a plurality of stacked incendiaries. Each incendiary comprises a housing containing a compressed three-part icendiary filling. The filling comprises a flame substance for forming an intense flame, a thermit unit for forming a red-hot slag, and a combustion transfer substance which projects into both the flame substance and the thermit substance to be ignited by the former and ignite the latter. A tail unit is mounted at a top end of the housing to control the rate of descent of the incendiary. The tail comprises a hook, a pair of chains connected to the hook, and a vane connected to the free end of each chain. An anchor point extends from a bottom end of the housing and is in the shape of an arrowhead having barbed side edges.

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Marzoll, Germany

Alois Schiessl