High-efficiency filters that protect gas turbines and compressors from dust, salt, and contaminants, ensuring clean air, optimal performance, and reduced maintenance in power plants and industrial settings.
Gas Turbine Filters are high-efficiency air filtration systems designed to protect gas turbines and compressors from dust, salt, and airborne contaminants. TAFCO Gas Turbine Filters ensure reliable turbine operation, reduced wear, and optimal power output by providing clean, particle-free intake air even under harsh environmental conditions. Built with advanced filtration media and robust construction, these filters deliver long service life and high dust-holding capacity.
Key Features
Multi-stage filtration for coarse to fine particle removal
High dust-holding capacity with low pressure drop
Resistant to moisture, salt, and corrosion
Rugged construction for high airflow and vibration environments
Available in cylindrical, panel, and cartridge types
Compatible with most turbine and compressor models
Applications
Gas turbines and air intake systems
Power generation plants
Oil & gas and petrochemical industries
Marine and offshore installations
Industrial compressors and blowers
Technical Specifications
Filter Media: Synthetic, glass fiber, or cellulose blend
Frame / End Cap Material: GI / Aluminum / Polyurethane / Stainless Steel
Efficiency Grades: G4 to F9 (EN779) or MERV 8–15
Operating Temperature: Up to 120°C
Configuration: Panel / Cartridge / V-bank or Cylindrical types
Sealing System: Gasket or molded polyurethane seal
Advantages
Protects turbines from erosion and fouling
Ensures consistent turbine efficiency and power output
Withstands extreme temperature, humidity, and dust loads
Long service intervals and low maintenance cost
Reduces downtime and enhances reliability
Why Choose TAFCO Filter
TAFCO Gas Turbine Filters are engineered for critical performance in demanding industrial environments. Using high-grade filtration media and precision manufacturing, they deliver superior particle capture, long service life, and reliable turbine protection—ensuring uninterrupted power generation and reduced operating costs.



