Spiral Finned Tube Heat Exchanger

Compact Design, Maximum Heat Transfer!

TANPERA Spiral Finned Tube Heat Exchangers are designed to provide superior heat transfer performance in applications requiring high efficiency. The spirally wound finned tube structure maximizes energy efficiency by providing a large heat transfer surface.

Features:

  • High Heat Transfer Surface: Spiral fin structure provides more compact solutions by increasing heat exchange.
  • Compact Design: The space-saving structure is especially ideal for systems with limited space.
  • Durable Material: Long-lasting use with corrosion and high temperature resistant metal structures.

Description

Spiral Finned Tube Heat Exchanger

Compact Design, Maximum Heat Transfer!

TANPERA Spiral Finned Tube Heat Exchangers are designed to provide superior heat transfer performance in applications requiring high efficiency. The spirally wound finned tube structure maximizes energy efficiency by providing a large heat transfer surface.

Features:

  • High Heat Transfer Surface: Spiral fin structure provides more compact solutions by increasing heat exchange.
  • Compact Design: The space-saving structure is especially ideal for systems with limited space.
  • Durable Material: Long-lasting use with corrosion and high temperature resistant metal structures.

Advantages

  1. Energy Efficiency: Faster and more efficient heat transfer thanks to finned structure.
  2. Wide Application Area: HVAC systems, process industry, power plants and more.
  3. Low Maintenance Needs: Low maintenance cost with stable performance.

TANPERA Spiral Finned Tube Heat Exchangers offer efficient, compact and reliable solutions in applications where heat transfer is critical. “Manage Heat Efficiently and Strengthen Your System with TANPERA!”

Technical Specifications

Technical Specifications:

  • Material Options:
    Tubes and fins are generally manufactured from carbon steel, AISI 304/316 stainless steel, copper or aluminum. Special material options are available according to the application environment.

  • Fin Geometry:
    The fins are continuously wound in a spiral form. The fin height, thickness and winding pitch can be customized according to the required heat transfer capacity.

  • Operating Temperature:
    Provides safe use at temperatures up to 300°C.

  • Pressure Resistance:
    Standard working pressure up to 16 bar; higher pressures are possible with special designs.

  • Connections:
    Can be produced with flanged, threaded or welded connection options.

Areas of Use

Areas of Application:

  • Ventilation and Air Conditioning Systems (HVAC)

  • Power Plants and Cogeneration Systems

  • Petrochemical Plants

  • Food, Textile and Paper Industries

  • Steam, hot oil and hot water systems

Offer Form

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