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  • Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter
  • Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter
  • Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter
  • Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter
  • Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter
  • Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter
Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter

Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter

  • 5 - 9 Pieces
    $25
  • 10 - 49 Pieces
    $23
  • >= 50 Pieces
    $20

Customization:

LOGO（Min.Order: 100 pieces）
Product Size（Min.Order: 150 pieces）
View product details

Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Efficiency Filtration: HEPA-grade media (99.9% efficiency) captures particles down to 0.3 microns, ensuring clean air intake for gas turbines and HVAC systems.
  • Modular Design: Replaceable elements simplify maintenance and reduce downtime in critical operations.

Key features

  • 1. Material Technology: Durable Synthetic Construction

    • With a 100% synthetic material blend (paper, fiberglass, PP, and HEPA-grade media), achieve robust filtration in harsh industrial environments. The reinforced mesh exterior (likely metal/plastic) ensures longevity under mechanical stress, outperforming traditional paper-only filters*.

  • 2. Performance Parameters: 99.9% Filtration Efficiency

    • With 99.9% particle capture efficiency, maintain clean air supply in high-demand settings like gas turbines or HVAC systems. This exceeds standard filter performance by ~20% in particle retention*.

  • 3. Scenario Solutions: Industrial Grade Reliability

    • Designed for commercial/industrial use, these filters withstand continuous operation in gas turbine inlets or clean rooms. Their batch production ensures scalability for large-scale air quality management systems.

  • 4. Certification Standards: HEPA-Grade Filtration

    • Certified to HEPA standards*, these filters meet stringent industrial air purity requirements, ideal for applications needing medical-grade or high-efficiency air purification.

  • 5. Sealed Construction: Leak-Free Airflow Integrity

    • With black rubber/plastic end caps and a tightly woven mesh, eliminate air leaks to maintain consistent filtration performance. This design outperforms loosely sealed alternatives in critical environments*.

Product details

Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter

The Cellulose Media Inlet Gas Turbine Replaceable Supplier 100% Synthetic Air Intake Filter is designed for high-efficiency air filtration in industrial and commercial applications. Built with a durable synthetic material blend (paper, fiberglass, PP, and HEPA media), it ensures 99.9% filtration efficiency while maintaining structural integrity under mechanical and environmental stresses. The cylindrical design with blue mesh and sealed black caps optimizes airflow while preventing leaks, making it ideal for gas turbines, HVAC systems, and cleanroom environments.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionSynthetic blend (paper, fiberglass, PP, HEPA media)Industrial gas turbines, HVAC systems
Filtration Efficiency99.9% (HEPA Standard)Cleanrooms, dust-sensitive environments
Mesh DesignDurable blue mesh with optimized airflow patternHigh-volume airflow environments
Sealed CapsBlack rubber/plastic end capsPressurized systems requiring leak-proof seals
Batch ProductionMass-produced standardized elementsLarge-scale industrial installations

Customization guide

Adjustable mesh density and material composition to meet specific airflow requirements or particulate retention standards.

Get inspired

Maximize operational efficiency with our Cellulose Media Inlet Gas Turbine Filters. Engineered for high-volume air intake systems, these 100% synthetic filters deliver 99.9% filtration efficiency while maintaining optimal airflow. Ideal for industrial gas turbines and HVAC systems, they ensure clean air supply in demanding environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Filtration Efficiency99.9% HEPA99.97% ULPA*99.9995% HEPA+
Pressure DropStandard-20%*-35%*
Service Life12 months18 months24 months

Supplier's note

  1. Technical Breakthroughs:

    • HEPA Efficiency: The Base Model’s 99.9% HEPA filtration meets ISO 16890 standards, ensuring reliable particle retention.
    • Synthetic Durability: The Advanced Model’s ULPA-rated fiberglass-PP blend withstands extreme temperatures (-20°C to 80°C), outperforming traditional paper-based filters.
    • Leak-Proof Seals: The Pro Model’s reinforced rubber caps reduce air leakage by 40% compared to industry benchmarks, critical for cleanroom compliance.

  2. Optimal Version Selection:

    • Base Model: Ideal for standard HVAC systems or moderate industrial use where cost-efficiency is prioritized.
    • Advanced Model: Suitable for heavy-duty applications like gas turbines, where reduced pressure drop (-20%) improves energy efficiency.
    • Pro Model: Required for ultra-clean environments (e.g., semiconductor manufacturing). With triple the particulate retention of Base Model, it ensures compliance with ISO Class 5 cleanroom standards.

*Comparative benchmarks: ULPA efficiency exceeds ISO ePM2.5 99.99% rating by 15%.

Frequently asked questions

  • Which model of air intake filter suits industrial gas turbine systems?

  • How to clean and maintain replaceable turbine air intake filters?

  • HEPA vs. fiberglass: Which material is better for turbine inlet filtration?

  • Can turbine air filters be customized for specific inlet sizes?

  • Is the filter material ISO-certified for industrial air intake use?

  • How does 99.9% efficiency benefit gas turbine performance?

  • Does the cylindrical mesh design withstand high airflow pressure?

  • Are these filters suitable for harsh outdoor industrial environments?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
HEPA Filter ElementsIndustrial gas turbines, power plantsEfficiency: Industry (95% @0.3µm) ▲ Base (99% @0.3µm) ▲ Advanced (99.97% @0.3µm)
(EN 1822:2009)		Base reduces contamination risks; Advanced meets ISO Class H13 standardsBase requires frequent replacement; Advanced has higher upfront cost
Synthetic Media FiltersChemical plants, automotive manufacturingMaterial: Industry (metal mesh) ▲ Base (composite blend) ▲ Advanced (100% PP)
(ASTM D543)		Base resists corrosion; Advanced withstands -40°C to 120°C extremesBase limited to moderate temps; Advanced needs careful handling
High-Efficiency Industrial Air FiltersDust collection systems, pollution controlPressure Drop: Industry (250 Pa) ▲ Base (180 Pa) ▲ Advanced (120 Pa)
(ISO 5011)		Base cuts energy costs; Advanced improves airflow efficiencyBase may clog faster; Advanced requires precise installation
Corrosion-Resistant FiltersMarine environments, chemical processingChemical Resistance: Industry (ASTM F739 10min) ▲ Base (20min) ▲ Advanced (30min+)
(ASTM F739)		Base handles mild acids; Advanced resists concentrated solventsBase limited to specific chemicals; Advanced has higher cost
Replaceable Filter SystemsHVAC systems, commercial ventilationService Life: Industry (6 months) ▲ Base (12 months) ▲ Advanced (18 months)
(ISO 16890)		Base reduces downtime; Advanced minimizes replacement frequencyBase needs monitoring; Advanced requires specialized tools for installation
Low-Pressure Drop FiltersHigh airflow environmentsAirflow Resistance: Industry (250 Pa) ▲ Base (180 Pa) ▲ Advanced (120 Pa)
(ISO 5011)		Base lowers energy use; Advanced enhances system performanceBase may reduce filtration efficiency; Advanced requires higher maintenance

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