Radiators

Industrial radiators are heat transfer equipment designed to transfer heat from a fluid to air or the surrounding environment in a controlled and highly efficient manner.

These systems, consisting of finned or plain coil assemblies, play an active role in heating, cooling, condensation, and evaporation processes.

They are widely used across applications ranging from power generation and HVAC systems to textile and heavy industry processes, delivering high performance and long service life when properly engineered.

Technical Specifications

  • Radiators provide high heat transfer efficiency based on the principles of conduction, convection, and phase change.
  • Thanks to optimized tube and fin geometry, a large surface area is achieved while maintaining low pressure drop and overall energy efficiency.
  • These systems are compatible with steam, hot water, thermal oil, and refrigerants, and can be flexibly configured according to process requirements through different flow arrangements and header designs.
  • With high capacity, balanced air distribution, and stable operating characteristics, they deliver reliable performance in industrial applications.

Design & Material

  • Radiators are custom-designed based on operating pressure, temperature, fluid type, and process requirements.
  • Mechanical strength and corrosion resistance are enhanced through the use of carbon steel, stainless steel, copper, brass, and special alloys.
  • Fin type, tube arrangement, and surface coating options (such as galvanization) are optimized to enhance heat transfer performance.
  • Through detailed engineering calculations, minimum pressure drop, maximum heat transfer efficiency, and long service life are achieved.

Application Areas

Documents

Quotation Form