Industrial Applications
Stronger. Smarter. Flexible – Titanium Solutions for Industry
Titanium Textiles opens new possibilities for industrial applications with flexible, high-performance titanium structures. Our materials combine corrosion resistance, mechanical resilience and design flexibility – making them ideal for use in harsh environments, high-precision systems and dynamic mechanical processes. Whether in chemical processing, energy systems, or mechanical engineering, our solutions enable longer service life, reduced maintenance and improved system efficiency.
Fields of use
Chemical Industry
Our titanium wires and textiles are ideally suited for applications in the chemical industry due to their exceptional corrosion resistance and long-term durability. Even in aggressive environments, titanium maintains its structural integrity, making it a reliable choice for demanding industrial processes.
Demisters
Titanium mesh structures offer outstanding corrosion and temperature resistance while remaining lightweight — making them ideal for chemically aggressive environments, high-temperature processes and cleanroom applications. Their precisely controlled mesh geometry enables efficient droplet separation with minimal pressure drop, contributing to greater energy efficiency in industrial operations.
Filtration
Titanium wire meshes enable efficient filtration with high flow rates and minimal pressure drop. Their resistance to saltwater, acids and extreme temperatures makes them ideal for durable, low-maintenance filtration systems. With excellent mechanical strength, they are well suited for applications in the energy, pharmaceutical and environmental sectors.
Renewable Energies
Titanium Grade 1 and selected alloys offer excellent corrosion resistance – even in acidic and alkaline environments – combined with a high strength-to-weight ratio. Ideal for offshore, electrochemical and other green energy systems, their stable oxide layer ensures long-lasting performance and minimal degradation.
Porous Transport Layers (PTL) for Electrolysis
In hydrogen production and other electrolysis applications, porous titanium structures such as meshes and foils are used as transport layers. Compared to solid sheets, they offer lower oxidation rates, a more compact design and greater resistance to bending and cracking — making them ideal for durable, high-performance electrolyzers.
Gas Diffusion Layers (GDL) for Fuel Cells
Porous titanium GDLs enable uniform gas distribution and optimize reaction processes within fuel cells. Their fine mesh structure allows efficient flow while minimizing gas crossover — enhancing overall system performance and reliability.
Mechanical & Plant Engineering
Titanium-based textiles and components offer key advantages for mechanical and plant engineering: high elasticity, excellent fatigue resistance and strong energy absorption make them ideal for dynamic load-bearing applications. In addition, their low weight, corrosion resistance and non-magnetic properties contribute to longer service life, lower maintenance needs and improved overall system efficiency – even under extreme operating conditions.
Vibration Dampers
Potential dampers made from Grade 1 titanium mesh reduce vibrations through internal friction between interwoven wires – onverting kinetic energy into heat. Fine capillary channels dissipate this heat efficiently, enabling continuous and effective damping of mechanical stress.
Sealing Applications
Titanium mesh gaskets offer low closing force, excellent recovery after compression and high corrosion resistance. Typically consisting of a wire mesh with a soft core made of rubber, foam, or elastomer, the use of titanium enhances durability and resistance to saltwater, acids and other aggressive media – making them ideal for demanding sealing applications.
