GE ENERGY Air Filtration Datasheets for Filter Elements

Filter elements are used to remove impurities from liquids. They are used in water treatment systems and fluid processing applications.
Filter Elements: Learn more

Product Name Notes
Aspire* microfiltration media and venting membrane solutions by GE help protect sensitive equipment and packaging from contaminants while allowing the free flow of gases/vapors and equalizing system pressure. Features &
GE offers PulsePleat* filter elements for baghouses: a combination of pleated high-efficiency filtration media and an inner support core that forms a one-piece element that fits directly into your existing...
GE’s Aspire ePTFE hydrophilic membranes and laminates can help users reduce costs by eliminating the need for expensive pre-wetting in the applications that require the superior temperature, chemical resistance, and...
GE’s SimPleat pleated filter elements deliver a cost-effective option to upgrade from traditional bags and cages to pleated filters. SimPleat filters were developed to help users realize a quicker return...
Mist and fog can cause havoc with some inlet filtration systems, particularly those using cellulose-based elements. Excessive pressure loss during periods of high humidity is commonplace. Several Altair systems have...
Preveil* membrane is an expanded microporous PTFE membrane (ePTFE) that is bonded to the surface of conventional filter media, including felts and woven fabrics. Made from virgin PTFE resin, Preveil...
Providing the same high efficiency, greater surface area, and reduced air-to-cloth ratios as standard PulsePleat filter elements, ThermoPleat* high temperature filter elements offer quality and performance for new and existing...
Snow can be a major problem for turbine inlets, particularly when associated with high winds. The density of falling snow is typically between 7% and 15% that of water, and...
STS SpiroTube Filters are a low maintenance, high efficiency solution. STS filter elements consist of spirotubes (spiral formed tubes) that are usually arranged in steel or aluminum frames, but can...
The AltairAquila range of filter elements consists of the cleanable PFA pre-filter and three disposable high efficiency bag filters. All three high efficiency elements are interchangeable and offer superior coalescence...
The AltairLibrapulse range of pulse-jet filter elements is available in a variety of configurations and sizes, including single cylindrical, double cylindrical and double cylindrical/conical. The elements are also available in...
The AltairNeptune range of filter elements consists of the cleanable HV1000 and HV1500 coalescer/filter bags, which offer superior coalescence performance and salt removal capabilities. Features & Benefits HV1000 The HV1000...
The AltairSupernova range of filter elements consists of pre-filter panels, cleanable pre-filter bags, high-efficiency bags, and high-efficiency minipleat filters. Although designed for the AltairSupernova filter housing, these elements are also...
The AltairSystem2 range of filter elements consists of the cleanable PBR pre-filter and a range of high efficiency filter options. The high efficiency elements are interchangeable and offer superior coalescence...
The AltairSystem3 range of filter elements consists of the OHB pre-filter and a range of OHF high efficiency filter options. The high efficiency elements are interchangeable and offer superior filtration...
The AltairVega range of filter elements consists of four cleanable coalescer/filter elements, which offer superior coalescence performance and salt removal capabilities. Features & Benefits GT2 The GT2 filter/coalescer panel is...
The desert is an extremely challenging environment for gas turbines. To ensure that high levels of particulate from fine sands and desert winds do not damage the turbine, an effective...
The TS1000 delivers good all round coalescing performance with low pressure drop, low maintenance and very long service life. Constructed with 100% synthetic high performance woven mesh, GE’s TS1000 coalescer...