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

  • Corrosion Protection

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

  • Structural Strength

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

  • 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

  • Fluoroplastic Steel Economizers

    Deep Heat Recovery

  • Fluoroplastic Steel Air Preheaters

    Condensation Recovery

  • Fluoroplastic Steel Condensers

    Combuation Optimization

  • 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.

Request Engineering Consultation