Iron-based reactive powders that spontaneously ignite and burn when coming into contact with air. Pyrophoric payloads currently being produced for the 40mm DNT M918E1 High Velocity and M781E1 Low Velocity cartridges. Advantages include high visibility during the day and night past 1,500 meters, no explosive ignition, non-dud range safety, reduced fire risk, and an extended shelf life of over 20 years.
Nitrocellulose-based molded-fiber components that are rigid and durable. Advantages include high-pressure and high-velocity capability without extraction issues of metal cases, increased muzzle velocities, combat-proven reliability, total round weight reduction, and capability to withstand harsh environments and rough handling conditions.
Nitrocellulose-based mortar propelling charge containers used in U.S. mortar ammunition. Advantages include the elimination of hangfires due to in-bore residue, moisture resistance, proven performance in a wide temperature range (-40° F to 140° F), consistent muzzle velocity for increased accuracy, extended shelf-life, and combat-proven reliability.
Artillery products such as the Modular Artillery Charge System (MACS), nitrocellulose-based igniter tubes, and the M203A1 top zone charge. Advantages include reduced cost and logistics, increased safety during transport and loading, extended range, and higher rates of fire.
