Product Overview
Glass Fiber Composite Bag Filter Media for Turbines is a multilayer hybrid material combining glass and synthetic fibers for gas turbine pre-filtration. This media features a thick pre-filter layer with coalescing properties that capture and merge fine liquid droplets from intake air.
The glass fiber layer provides high mechanical strength and stable filtration efficiency across varying intake flow conditions.
Designed specifically for bag filter applications, this media supports large filtration area and high dust holding capacity. Its composite construction ensures reliable performance in gas turbine environments with fluctuating air volumes and humidity exposure.
| Parameter | Specification |
| Application | Gas turbine pre-filtration |
| Media Construction | Multilayer hybrid (glass fiber + synthetic fiber) |
| Maximum Operating Temperature | 70°C |
| Maximum Relative Humidity | 100% |
| Disposal | Fully incinerable |
Product Features
Glass Fiber Composite Bag Filter Media for Turbines combines glass and synthetic fibers in a multilayer structure, delivering stable pre-filtration performance for gas turbine intake systems.
Multilayer Hybrid Construction: The gas turbine prefilter bag media integrates glass and synthetic fibers in a composite structure. The thick pre-filter layer provides mechanical strength and coalescing properties for effective moisture removal.
High Dust Holding Capacity: The media supports large filtration area design, enabling extended service intervals and reduced maintenance frequency in turbine intake applications.
Stable Airflow Resistance: The glass fiber synthetic hybrid filter media maintains consistent resistance performance across varying intake air volumes, ensuring reliable turbine operation under fluctuating conditions.
Coalescing Function: The pre-filter layer captures and merges fine liquid droplets from intake air, preventing moisture carryover to downstream filter stages.
High Temperature Tolerance: Withstands continuous operation at 70°C, suitable for gas turbine intake environments.
Fully Incinerable: The media and filter construction can be completely incinerated after use, supporting environmentally responsible disposal.
Product Applications
The high dust holding turbine intake filter is installed as pre-filtration stage in gas turbine intake systems, protecting downstream high-efficiency filters and turbine components from coarse particulates and moisture.
Gas Turbine Power Generation: The media serves as primary pre-filter in combined-cycle and peaking power plants, removing atmospheric dust and moisture from intake air before reaching fine filters.
Industrial Gas Turbines: Installed in compressor station and industrial facility intake systems, the media handles variable airflow conditions while maintaining stable filtration performance.
Marine and Offshore Installations: The coalescing function provides moisture removal in high-humidity environments, protecting turbine internals from liquid carryover.
Filtration System Upgrades: As pre-filter stage in multi-stage filtration trains, the media extends service life of downstream fine filters and reduces overall operating costs.
