1. 
   

2. Challenges in Titanium Resource Exploitation
   Titanium-bearing iron sand deposits are geographically dispersed with low resource concentration. After decades of mining, high-quality large-scale reserves have been depleted. Current extraction predominantly relies on small-scale private operations, hindering the establishment of standardized industrial exploitation systems.

3. Surging Market Demand
   As an advanced metallic material, titanium products see extensive applications across aerospace, architecture, marine engineering, nuclear power, and energy sectors. The consumption of titanium materials has shown rapid growth alongside China's rising comprehensive national strength.

4. Limited Global Production Capacity
   Currently, only a handful of industrialized nations possess the capability for industrial-scale titanium material production.

5. Complex Processing Requirements
   The transformation from sponge titanium to finished products involves dozens of manufacturing stages. Titanium smelting requires precise control of melting rates, voltage parameters, and current stability, demanding stringent compositional consistency throughout the process.

Pure titanium's soft characteristics necessitate alloying with elements like aluminum and vanadium to enhance mechanical properties. The aviation-grade Ti-6Al-4V alloy exemplifies this approach with significant elemental additions.

Titanium exhibits strong reactivity with halogens, oxygen, sulfur, carbon, and nitrogen at elevated temperatures, mandating vacuum or inert atmosphere processing to prevent contamination. Additionally, its poor thermal conductivity creates welding challenges when joining with dissimilar materials.

Conclusion: While titanium alloy pricing remains influenced by multifaceted factors, continuous technological innovation is expected to progressively alleviate production complexities.