Gas turbines are machines that use mechanical propulsion to generate electricity or power different processes in industrial plants.
Air intake systems in gas turbines are exposed to dust, fiber, liquids and particles of various sizes that can foul blades, damage the engine, and diminish the system’s performance.
At HIFYBER, we extend service maintenance intervals by offering superior equipment protection and extended filter life with our "nanofiber coated filter medias".
Our core technology allows us to produce high efficiency filter media by coating 80/20 blended media or 100% synthetic substrates with our highly engineered nanofibers, yielding the industry’s highest particle retention performance. Whether you use a static or a pulse-jet filtration system, our nanofiber filter media will provide the highest protection possible for your gas turbine systems.
Nanofiber coated HIFYBER synthetic and cellulose/polyester blend filter media, produced in accordance with international test standards such as EN779:2012, ISO 16890 and ASHRAE 52.2, have different efficiency classes from F7 to E12 and MERV 8 to MERV 16.
The nanofiber coating, which which provides a mechanical filtering feature, also protects the filter against environmental factors such as moisture and prevents performance loss.
Thanks to the nanofiber performance filter layer, dust accumulates on the surface of the filtration media and can be easily cleaned with back-pulsing . This provides long filter life and reduced maintenance costs.
You can contact our team members for detailed information and proposal requests.
Product Series | Description | Documents | |
HF-B115 series |
80/20 Blend Media w/ Nanofiber |
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HF-B115-HO series |
80/20 Blend Hydrophobic Media w/ Nanofiber |
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HF-SRC130 series |
100% Synthetic Media w/ Nanofiber |
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HF-SRC130-HO series |
100% Synthetic Hydrophobic Media w/ Nanofiber |
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HF-STP95 series |
100% Synthetic Hydrophobic Media w/ Nanofiber |
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