Precious metal Mixing vacuum granulator – Hasung

Hasung Mixing Vacuum Granulator is an efficient granulation equipment specially designed for precious metals and alloy metals. It adopts a high-definition intelligent touch screen for human-machine interaction, with intuitive and simple operation. Combined with an intelligent induction heating system, it can accurately control temperature and support continuous automation operation. The equipment completes the entire granulation process in a vacuum environment, fundamentally avoiding the problem of alloy metal oxidation and ensuring extremely low oxygen content in the finished product. At the same time, with stable processes, it outputs round and uniform spherical particles with consistent color and high yield, making it a professional granulation solution that balances efficiency and quality.

Core advantages of the product

This granulator has six core advantages, fully meeting the demanding requirements of alloy metal granulation:

Vacuum granulation: isolate air, completely prevent alloy oxidation, and preserve the original purity and color of the metal;

Uniform color: particles with good sphericity, consistent size, stable color without deviation;

Continuous operation: A single furnace can melt and pelletize 4KG of precious metals, suitable for large-scale production needs;

Accurate temperature control: The intelligent temperature control system ensures stable melt temperature and avoids component segregation;

Intelligent system: touch operation+automated process, reducing manual intervention and improving production stability;

Multiple protection: equipped with safety mechanisms such as emergency stop and overload to ensure the safety of equipment and operators.

Application Industry

Hasung stirring vacuum granulator is widely used in the manufacturing of precious metal jewelry, precision alloy materials, dental alloys, electronic industry alloys, special metal powders and other fields, especially suitable for the granulation needs of gold, silver, platinum, palladium and various precious metal alloys and high-temperature alloys. It can provide high-purity, high sphericity, and low oxygen content metal particles for the industry, meeting the ultimate requirements of the jewelry industry for color and appearance, as well as supporting strict standards for material purity and performance in precision electronics, dental medicine, and other fields. It is a key equipment for improving the quality of alloy products and optimizing production efficiency.