This invention discloses a DNTF@Ni3(HHTP)2 composite
energetic material with electrostatic dissipation characteristics and its preparation method, comprising: dispersing DNTF in water and stirring to obtain a DNTF dispersion; adding a
nickel acetate
tetrahydrate solution to the DNTF dispersion and stirring to obtain a
mixed solution system; adding an
aqueous dispersion of HHTP organic ligands to the
mixed solution system and stirring to obtain a
mixed solution system; after the reaction, performing
solid-liquid separation, washing, and
drying to obtain the DNTF@Ni3(HHTP)2 composite
energetic material with electrostatic dissipation characteristics. This invention utilizes Ni3(HHTP)2 material with
high conductivity and, through
process control, forms a conductor with rod-like structure on the surface of DNTF, forming an effective conductive path. The volume resistivity of the composite
energetic material reaches the electrostatic dissipation range, effectively promoting the dissipation of accumulated
static electricity and improving the electrostatic safety of the
powder energetic material.