Material and structure - Made from a high-strength density titanium alloy with a density of approximately 4.5 g/cm3 - Titanium mesh designed to form a dense, adherent passive oxide film on its surface Corrosion resistance and protection - In corrosive media, the surface passivation creates a dense inert oxide layer that protects the substrate - This passivation provides a strong anti-corrosion effect and long-term durability Industry applications - Suitable for use across multiple sectors including aerospace, shipbuilding, chemical machinery, high-temperature vacuum equipment, power, desalination, and medical Performance and benefits - Excellent corrosion resistance in humid environments and seawater - Corrosion resistance is far superior to stainless steel in challenging conditions - Particularly strong against pitting, etching, and stress-related corrosion - Also demonstrates strong resistance to various organic environments Use scenarios - Desalination and seawater exposure systems where robust corrosion resistance is required - High-temperature vacuum equipment and aerospace components operating in corrosive or moist environments - Chemical processing machinery that handles aggressive media and requires reliable long-term performance Compatibility and characteristics - Material: titanium alloy with titanium mesh structure - Performance: high corrosion resistance, strong surface passivation, durable under harsh conditions - Provides reliable protection and longevity in demanding environments without compromising structural integrity