A high-impulse fuze booster uses a waveshaper and flyer plate to transform spherical detonation into planar contact.
A tapered closure member with a rectangular skirt encapsulates slotted shaped charges to form an exposed perforating gun system.
A single-phase tungsten nickel iron alloy provides high density and ductility for shaped charge liners.
A perforating gun body design uses shaped charge cavities to retain explosive material without separate liners.
Multi-segment frustoconical geometry stabilizes explosive jets, ensuring consistent perforation holes despite varying fluid clearances.
An asymmetric hollow charge uses geometric shaping to extend pressure effect range without increasing explosive mass.