Finned Heaters

Approx. Rs 350 / Piece Get Latest Price

Finned tubular heater are the most common type of heating elements used for heating air and other gases. The fins along the tubular length assist in even heat dissipation. All elements have mild steel fins copper brazed to the tubular heating element sheath unless otherwise specified.
Duct heaters use fin tubular elements within its design to help reduce the watt density. It also allows for more consistent air flow streams within the duct and increases the life longevity of the elements.
In applications where tubular heaters are exposed to forced convection, placing fins around tubular heaters increases their surface area and thus improves their heat transferring capacity. Finned tubular heaters, compared to regular tubular heaters, run at lower surface temperatures for the same watt densities when placed in identical air streams

Approx. Rs 350 / Piece Get Latest Price

Rugged, Reliable Premium Quality250 to 4150 Watts120, 240 Volt Single Phase3.8 cm (1 1/2") Strip with 5 cm (2") Wide FinsMaximum Work Temperatures from 107 to 295°C (225 to 565°F)Available with Rust- Resistant Iron or Chrome-Steel SheathAPPLICATIONS•For mounting across air stream within forced air ducts•For use in dryers, ovens and other process air heating equipment•For comfort heating applications, principally ducts, load banks and humidity controls•A wide range of air blast and convection requirements can be accommodated by the wide range of lengths, wattages, and watt densities available

Approx. Rs 20,000 / Piece Get Latest Price

Gasketed plate-and-frame heat exchangers provide efficient heat transfer in compact equipment with a small footprint. The units have a flexible design and are easy to service and maintain. The product range is extremely wide and is used in duties for heating, cooling, heat recovery, evaporation and condensation in industries ranging from HVAC, refrigeration, engine cooling, dairy and food to heavier processes like chemical processing, oil production and power generation.