Heat Exchanger Material Comparison

MATERIAL COMPARISON

Three Technologies. Three Different Strengths.

Stainless Steel Fluoroplastic Fluoroplastic-Steel
Corrosion Resistance
Heat Transfer
Mechanical Strength
Pressure Capacity
Anti-Fouling
Installation Horizontal & Vertical Vertical Only Horizontal & Vertical
Service Life Moderate Long Long
WHY FLUOROPLASTIC-STEEL?

Combining the Best of Both Materials

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    Corrosion Protection

    Thin fluoroplastic outer layer resists acidic condensate and corrosive flue gas.

  • Langteng – Low – Temperature Flue Gas Waste Heat Recovery Systems Manufacturer

    Structural Strength

    Steel core provides excellent rigidity and pressure resistance up to 2 MPa.

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    Reliable Heat Recovery

    Suitable for -60°C to 260°C, with low flue gas resistance and a typical fluoroplastic service life of 15–20 years.

RECOMMENDED APPLICATIONS

  • Stainless Steel

    General heat recovery with low corrosion risk.

  • Fluoroplastic

    Highly corrosive, low-pressure applications.

  • Fluoroplastic-Steel

    Low-temperature flue gas heat recovery requiring corrosion resistance, mechanical strength, and long-term reliability.

HOW THIS TECHNOLOGY IS APPLIED

Across the Entire Product Portfolio

  • Langteng – Low – Temperature Flue Gas Waste Heat Recovery Systems Manufacturer

    Fluoroplastic Steel Economizers

    Deep Heat Recovery

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    Fluoroplastic Steel Air Preheaters

    Condensation Recovery

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    Fluoroplastic Steel Condensers

    Combuation Optimization

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    Fluoroplastic Steel Steam Heaters

    Industrial Heating

Need Help Selecting the Right Material?

Our engineers can recommend the optimal solution based on your flue gas composition, operating temperature, and project requirements.

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