Applications :

Primary grinding of raw tungsten ore to separate tungsten minerals from waste rock (gangue) through gravity or flotation methods.

Advantages :

Achieves optimal mineral liberation, ensuring a higher grade of tungsten concentrate and minimizing the loss of valuable metal in the tailings.

Applications :

Fine grinding of tungsten concentrate to increase the reactivity for chemical leaching and the synthesis of Ammonium Paratungstate (APT).

Advantages :

The high specific surface area significantly improves the chemical reaction rate and leaching efficiency, reducing the duration and cost of smelting.

Applications :

Processing ultra-fine tungsten powder into Tungsten Carbide (WC), the core material for high-speed cutting tools, mining bits, and industrial wear parts.

Advantages :

Provides unmatched hardness and thermal stability, ensuring tools maintain their cutting edge and structural integrity under extreme heat and pressure.

Applications :

Sub-micron tungsten powder used in integrated circuit components, X-ray shielding, and rocket engine nozzles.

Advantages :

The sub-micron particle size ensures exceptional sintering activity and high compact density, which are critical for the mechanical strength and thermal stability required in aerospace components. In electronic applications, it provides superior dispersion and uniformity, ensuring the reliability of micro-circuits and high-efficiency radiation absorption for advanced shielding.