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High Wet Strength PTFE Membrane Media Gas Turbine Filter Paper with Corrugated Polyester and E10 to H13 Filtration Efficiency

Categories Gas Turbine Air Intake Filters
Brand Name: Farrleey
Model Number: MC-0060
Certification: ISO9001:2015, FDA,CE
Place of Origin: China
MOQ: 10m2
Price: USD1.5-USD3.0
Payment Terms: L/C,D/A,D/P,T/T,Western Union
Supply Ability: 10000sqm per day
Delivery Time: 7 working days
Packaging Details: 1.Filter Media Rolling 2. Shrink Wrap Packaging 3. Pallet Packaging
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High Wet Strength PTFE Membrane Media Gas Turbine Filter Paper with Corrugated Polyester and E10 to H13 Filtration Efficiency

Gas Turbine Filter Paper | High Wet Strength PTFE Membrane Media

Engineered to Conquer Humidity, Engineered to Protect Your Turbine.

Our premium PTFE Membrane, corrugated polyester filter paper is specifically designed for one critical mission: providing unwavering protection for gas turbine inlet air filtration systems in demanding, high-humidity environments. It guarantees stable operation by preventing the performance losses and unexpected shutdowns caused by standard filter media failing under rain, fog, or moisture.

Core Value Proposition: Unmatched Reliability in Wet Conditions

The key differentiator of our filter paper is its exceptional High Wet Tensile Strength. While others absorb moisture and weaken, our media maintains structural integrity and a consistently low pressure drop. This translates directly to maximized turbine efficiency, availability, and lower total cost of ownership.

Key Features & Technical Advantages

FeatureSpecification / DataBenefit for Your Gas Turbine
Core TechnologyPTFE Membrane & Corrugated DesignTrue surface filtration for superior dust release, high dust-holding capacity, and sustained low differential pressure.
Filtration EfficiencyE10 to H13 (EN 1822)Superior particulate removal protects sensitive compressor blades from fouling and erosion, extending core component life.
KEY ADVANTAGE: High Wet StrengthMD: >350 N/5cm
CD: >250 N/5cm
The ultimate defense against humidity. Resists water absorption, swelling, and collapse during rain or high humidity events, eliminating moisture-related pressure drop spikes and ensuring operational stability.
Air Permeability>88 mm/s (△P=200Pa)Low initial resistance contributes to optimal turbine power output and fuel efficiency.
Max. Operating Temperature120°C (248°F)Fully meets the thermal requirements of gas turbine intake systems.
Weight130 ±12 g/m²Robust construction for durability.

Why Choose Our Gas Turbine Filter Paper?

  1. Built for Wet & Harsh Climates: Specifically engineered for coastal, rainy, or high-humidity regions where standard filters fail. Our high wet strength is your insurance policy against weather-related downtime.

  2. Maximize Power Output & Profitability: Maintain a stable, low pressure drop to ensure your turbine operates at peak efficiency and generating capacity, optimizing your revenue.

  3. Reduce Total Operating Costs: Achieve a 20-30% longer service life compared to conventional media. Fewer change-outs mean lower labor, disposal, and inventory costs.

  4. Proven Expertise & Direct Support: We are specialists in power generation filtration. Our team provides expert technical consultation, application data, and responsive 24/7 support.

Primary Applications

  • Gas Turbine Inlet Air Filtration (Primary Design Application)

  • Power Generation (Combined Cycle & Simple Cycle Plants)

  • Compressor Station Intake Protection

  • Offshore Platform Turbines

  • Any critical intake system exposed to challenging atmospheric conditions.

Frequently Asked Questions (FAQ)

Q: How do you prove the media's performance in wet conditions?
A: We provide certified Wet Tensile Strength Test Reports (based on ISO 9073), clearly demonstrating our media's superior strength retention when wet compared to standard products—quantifying the reliability we promise.

Q: What is the best filter element design using this media?
A: For maximum protection in high-humidity environments, we recommend manufacturing our media into highly sealed, moisture-resistant filter cartridges, combined with a well-designed housing for complete system integrity.

Q: Can you share comparative performance data from the field?
A: Absolutely. We have pressure drop vs. time comparison charts from installations in similar climates, visually demonstrating our media's extended service life and stable performance against conventional alternatives.

Q: What is your lead time and sampling policy?
A: Standard lead time is approximately 7-10 working days for MOQ. Samples are available; costs are credited against your first production order. We prioritize requests for gas turbine applications.

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