Titanium felt is made by sintering laid titanium fibers, offering high porosity, corrosion resistance and good conductivity, resistant to seawater and chloride attack - for high-temperature filtration, electrode substrates, hydrogen recombination and seawater electrolysis. Thickness and porosity customizable.
Fine titanium fibers are randomly laid and sintered at high temperature so the fiber crossings bond metallurgically, forming a strong 3D porous network. Titanium forms a passive film in oxidizing and chloride media for excellent corrosion resistance; the felt conducts well and is weldable, in 0.2-2.0 mm thickness and 50-85% porosity.
Titanium fiber felt is made of high-purity titanium fiber (Ti ≥99.5%) by non-woven laying and high-temperature sintering, forming a 3D interconnected pore network. Thickness 0.2-1.0 mm (tolerance ±0.02 mm), porosity 50-75% and pore size 18-50 μm are adjustable; air permeability reaches 800-1000 L/(min·dm2) at 200 Pa. The sintered structure is dimensionally stable with continuous conductive paths - suitable for high-temperature filtration, flow distribution and as the base material of gas diffusion layers for water electrolysis.
For water electrolysis and chlor-alkali electrode substrates, high-temperature chloride-containing gas filtration, hydrogen recombination devices, seawater electrolysis antifouling and acoustic damping. Sheets, discs and custom sizes available.
All data above are obtained under specific test conditions; the actual solution must be engineered to site conditions. AIFILTECH provides custom design and sizing based on actual gas volume, temperature, dust characteristics and emission limits.
