H - fin Heat exchanger with copper fins
The H-fin heat exchanger, featuring copper fins, delivers exceptional thermal conductivity in high-temperature industrial settings. Its H-shaped fin design creates a unique surface geometry that enhances heat transfer by promoting uniform airflow across the entire heat exchange surface. This configuration not only maximizes thermal efficiency but also minimizes fouling risks- the stepped fin profile reduces particle accumulation, ensuring long-term performance without frequent maintenance.
Copper's inherent high thermal conductivity (401 W/m·K) makes it ideal for rapidly dissipating heat from processes like steam generation or chemical reactions. In power plants or refineries, the exchanger withstands temperatures up to 350℃ while maintaining consistent heat dissipation, reducing energy losses by up to 25%. The H-fin structure also improves mechanical strength, ensuring durability in high-vibration environments.
◆ Certification: ISO 9001, ASME
◆ This H - fin heat exchanger, featuring copper fins, offers superior thermal conductivity. Ideal for high - temperature industrial applications, its H - shaped fins ensure uniform heat dissipation and reduce fouling risks, enhancing efficiency in scenarios like power plants and refineries.
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H - shaped copper fins |
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401 W/m·K (copper's inherent property) |
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Up to 350℃ |
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Reduces energy losses by up to 25% |
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◆ H - fin Geometry: Promotes uniform airflow across the heat - exchange surface, maximizing thermal efficiency in high - temp industrial processes (e.g., steam generation, chemical reactions).
◆ Copper Advantage: Rapidly dissipates heat from processes, maintaining consistent heat dissipation even at 350℃.
◆ Mechanical Strength: Improves durability in high - vibration industrial environments (e.g., power plants).
◆ Power Plants & Refineries: Efficiently handles heat from industrial processes, ensuring stable operation and energy savings.
◆ High - Temp Industrial Scenarios: Suitable for chemical reactions, thermal processing, etc., where uniform heat dissipation and fouling resistance are critical.
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Anti - corrosion film + industrial crates (protects fins during transit) |
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10–20 days (adjusts for customization) |
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L/C, T/T |
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