Military and Defense Industry
1. Ammunition and armor piercing weapons
Used for missile weapon pellets, armor piercing bullet cores, and prefabricated fragments, high-density can maintain flight stability and penetration kinetic energy;
Replacing depleted uranium materials to produce tail fin stabilized shell piercing shells, avoiding radioactive pollution and significantly improving environmental protection;
2. Military equipment accessories
Applied to submarine counterweights, engine balancing components, and shotgun pellets, suitable for high-intensity impact scenarios.
Precision instruments and electronic equipment
1. Micro counterweight system
Mobile phone vibrator, watch weight block, and flywheel balancing component achieve high-precision dynamic balancing through small volume;
2. Sensing and Instrumentation
The core ball of water meters and flow meters has wear resistance that can extend the service life of the equipment.
Industrial Manufacturing and Machinery
1. High load counterweight
As a balance block for heavy machinery such as cranes and ships, the density advantage can reduce the volume by about 50% and improve space utilization;
2. Wear resistant components
Petroleum logging tools, mining grinding media, resistant to high impact and extreme wear environments.
Environmental Alternative Scenarios
1. Lead material substitute
Outdoor equipment such as fishing weights and golf weights, with non-toxic characteristics that meet international environmental standards;
2. Nuclear pollution protection
The shielding layer of nuclear waste storage containers has better high-temperature stability than traditional lead based materials.
Application Trends and Challenges
Technological upgrade: Micro chemical processes need to break through the bottleneck of injection molding yield;
Cost pressure: The competition for alternative materials such as silicon carbide ceramics in the wear-resistant field is intensifying, and it is necessary to optimize the preparation energy consumption to maintain market share.
