- High Strength : The titanium alloy has a density of approximately 4.5 g/cm³, ensuring robust performance across various applications. - Superior Corrosion Resistance : In corrosive environments, the titanium mesh develops a dense and strongly adhering inert oxide film on its passive surface. This protective layer effectively shields the substrate from corrosion, delivering exceptional longevity and reliability. - Versatile Applications : The titanium mesh is ideal for use in aerospace, shipbuilding, chemical machinery, high-temperature vacuum devices, energy production, desalination processes, and medical applications. - Enhanced Corrosion Durability : Compared to stainless steel, titanium exhibits significantly superior resistance to corrosion in moist atmospheres and seawater. It is exceptionally resistant to pitting, etching, and stress, making it a reliable choice in challenging environments. Practical Use Scenarios: 1. Aerospace Components : Ideal for constructing lightweight and durable parts that must withstand extreme conditions while remaining corrosion-free. 2. Marine Applications : Perfect for boat fittings and underwater equipment where high exposure to seawater is a concern. 3. Chemical Processing : Suitable for components in chemical machinery that require both strength and resistance to corrosive substances. This titanium mesh is designed for professionals seeking high-performance materials that provide unmatched strength and protection against corrosion, making it a smart choice for demanding industries.