Tungsten Fin Stabilized Core

Tungsten Fin Stabilized Core

Item No.: 055
Tungsten fin stabilized core is manufactured by powder metallurgy technique, mainly manufacture processed are mixing, dewaxing, pressing, sintering, machining, if there is a higher property needed, such as hardness, ultimate tensile strength, yield streng
Description
Multinational missions in war zones and trouble spots are placing new requirements on armies, navies and air forces, tungsten fin stabilized core offers with its high properties such as hardness, ultimate tensile strength playing an important role on automatic cannons, weapon systems and ammunition which cover the full range of present and future threat scenarios and can be deployed from land, sea or air, therefore, tungsten penetrator is good choice with fin stabilized and penetrates the target solely by kinetic energy, tungsten fin stabilized core advantages
This round is a fixed type, percussion primed round consisting of a sabot encapsulated projectile body crimped to a steel cartridge case, the projectile bode consists of a tungsten penetrator, pressed on Al windscreen, screw on fins with pressed in tracer pellets, segmented discarding type nylon sabot, and pressed on polythylene nose cap
Therefore, high properties are required for tungsten fin stabilized core as follows:
High hardness 40HRC min (regular tungsten material only about 28HRC)
Excellent ultimate tensile strength 1050MPa min (regular tungsten material only about 900Mpa)
Non-toxic to the environment (superior to depleted uranium core)
Superior machinability
Main manufacture process of tungsten medium caliber core
Tungsten fin stabilized core is manufactured by powder metallurgy technique, mainly manufacture processed are mixing, dewaxing, pressing, sintering, machining, if there is a higher property needed, such as hardness, ultimate tensile strength, yield strength, elongation and more machining of swagging, heat treatment could improved those
Also customized makes tungsten fin stabilized core much more competitive, as it has a good machinability, and could be shape into different size of core required

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