Thinner than a human hair

Our sintered metal fiber media begins with stainless steel fibers. Engineered for durability, flexibility, and performance, metal fiber filter media is designed for extreme conditions - without compromising efficiency.

High permeability

Even under demanding conditions, our media’s high porosity and thin membrane deliver exceptional permeability enables high flow rates and low pressure drops. This results in a highly efficient filtration process with minimal energy loss.

Mechanical strength

A 3D network of bonded metal fibers provides exceptional mechanical integrity under pressure, stress, and vibration. This means, even in harsh conditions, our filter media maintains its form and function.

High temperature resistance

Because our metal fiber media is built for durability, it maintains consistent filtration performance in high-temp environments. Its robust structure resists thermal degradation, ensuring consistent reliability in extreme conditions.

Corrosion resistance

Metal fiber media is engineered to withstand harsh chemicals and environments, resisting corrosion over time. This not only ensures long-term filtration stability but consistent performance, regardless of demanding circumstance.

Superior filtration efficiency

Our metal fiber media delivers exceptional precision, capturing the finest particles with ease. Plus, its capability to achieve ULPA-grade performance ensures ultra-fine filtration.

Electrically conductive

Our metal fibers are inherently electrically conductive, making it ideal for applications requiring electrostatic discharge (ESD) control. This added functionality enhances safety and reliability in sensitive operating environments.

Surface filtration

Particles are retained on the surface layer, forming a cake that actually boosts filter efficiency with time. This method enables effective in-line cleaning through backwashing or back-pulsing.

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Depth filtration

Contaminants are captured throughout the porous media, with coarse particles near the surface and finer ones deeper within. This layered retention minimizes clogging and extends service life. The filter also supports offline cleaning, enabling reuse and reducing downtime.