Product Overview
Pulse Jet Gas Turbine Air Filter Media Roll is a cellulose-synthetic blend filtration material engineered for self-cleaning turbine intake systems requiring reliable coarse particle removal.
This media is manufactured using a unique combination of cellulose fibers and synthetic polymers, creating a self-supported structure with excellent mechanical strength and pleatability.
The blend optimizes filtration performance by balancing cellulose's high particle capture efficiency with synthetic fibers' durability and moisture resistance.
Engineered for pulse-jet cleaning applications, this roll media withstands repeated reverse-pulse cleaning cycles without structural degradation or fiber shedding.
Its water-repellent treatment provides enhanced humidity resistance, ensuring consistent performance during short-term moisture exposure in turbine operations.
| Parameter | GT-M5 | GT-M5F | GT-M6 | GT-M6F |
| Basis Weight (g/m²) | 130 | 135 | 120 | 130 |
| Efficiency Class (EN779:2012) | M5 | M5 | M6 | M6 |
| Efficiency Class (ISO16890) | ePM10 65% | ePM10 65% | ePM10 75% | ePM10 75% |
| Thickness (μm) | 330 | 370 | 310 | 330 |
| Corrugation Depth (μm) | 380 | 430 | 380 | 350 |
| Air Permeability (L/m²/s @ 200 Pa) | 170 | 185 | 130 | 120 |
| MD Stiffness (g) | 4.0 | 4.5 | 3.5 | 3.0 |
| Flame Retardant | No | Yes | No | Yes |
Product Features
Pulse Jet Gas Turbine Air Filter Media Roll delivers reliable coarse particle filtration through its cellulose-synthetic blend construction.
Cellulose-Synthetic Blend Construction: The gas turbine pulse jet filter roll combines natural cellulose fibers with durable synthetic polymers, creating a self-supported structure that balances high filtration efficiency with excellent mechanical strength for demanding turbine applications.
Optimized Coarse Particle Capture: The self-cleaning turbine air intake media achieves ePM10 65%–75% efficiency per ISO 16890, effectively removing coarse dust particles prevalent in desert, rural, and industrial environments.
Superior Pulse-Jet Durability: The high efficiency synthetic cellulose filter sheet withstands repeated pulse-jet cleaning cycles, maintaining stable pressure drop and extending service intervals in high-dust turbine operations.
Water-Repellent Treatment: Advanced hydrophobic treatment provides enhanced resistance to humidity, ensuring consistent filtration performance during short-term moisture exposure and preventing media degradation.
High Pleatability and Corrugation: The media's optimized corrugation depth (360–430μm) enables superior pleat formation on rotary pleaters, maximizing filter surface area within limited housing space.
Flexible Flame Retardant Option: Available in F1-rated version per ISO 53468, providing critical fire safety for turbine installations where flame resistance is required.
Product Applications
Pulse Jet Gas Turbine Air Filter Media Roll is installed in self-cleaning intake filtration systems across power generation, oil & gas, and industrial turbine applications, where M5–M6 coarse dust removal is essential for compressor protection and operational efficiency.
Power Generation Gas Turbines: The gas turbine pulse jet filter roll provides critical coarse particle filtration in combined-cycle and peaking power plants, preventing compressor blade erosion and fouling in desert and rural environments.
Oil & Gas Compressor Stations: Installed in turbine-driven compressor intake systems, the self-cleaning turbine air intake media removes sand and dust in remote pipeline operations, extending turbine maintenance intervals.
Industrial Gas Turbine Packages: The filter media serves as pulse-jet filtration in offshore platforms and industrial facilities where reliable coarse dust removal is required for turbine performance.
Mobile Turbine Generators: Provides intake filtration for portable power units and emergency generators, delivering consistent M5–M6 performance across diverse operating environments.
Mechanical Drive Turbines: Installed in turbines driving pumps and compressors in petrochemical and processing facilities, reducing compressor cleaning frequency and improving operational availability.
