We source propellants supporting controlled propulsion across ammunition, mortar, artillery, and other defense applications. Individualized components or bulk offerings, prepackaged for the specific munition set.
Propellants are energetic materials designed to generate controlled gases and pressure for propulsion across ammunition and defense systems.
Global Military Products supports propellant requirements through material sourcing, supplier coordination, program management, quality coordination, logistics, and delivery. GMP helps connect complex program requirements with qualified sources and defense industry capabilities.
Small & Medium Caliber
Propellants provide the controlled energy required to propel projectiles across small arms and medium caliber ammunition systems.
Mortar Systems
Propellant charges support mortar ammunition across multiple calibers and mission requirements.
Artillery Systems
Artillery propelling charges generate the energy required to launch projectiles across field artillery systems.
Rocket & Missile Systems
Propellant technologies support propulsion requirements across rocket, missile, and other specialized defense systems.
Global Military Products supports defense propellants requirements through domestic and international sourcing, supplier coordination, program management, quality coordination, logistics, and delivery. Requirements are evaluated based on the specific material, specification, quantity, application, and schedule.
Global Military Products can evaluate both program specific and recurring requirements while coordinating sourcing, suppliers, scheduling, logistics, and delivery based on the scope of the program.
Propellants support a wide range of defense systems, including small and medium caliber ammunition, mortar systems, artillery systems, rockets, missiles, and other specialized propulsion applications.
Propellants are primarily designed to produce controlled energy for propulsion, while high explosives are generally intended to produce a rapid explosive effect. Both fall within the broader field of energetic materials.