Finned heaters are constructed using tubular element as the basis of construction. Fin material is continuously spiral wound tightly onto the element surface to increase the convective surface area for air and non-corrosive gas heating. Fin spacing and size have been tested and selected to optimize performance. Steel finned units are then furnace brazed, bonding the fins to the sheath to increase conductive efficiency. This allows higher wattage levels to be achieved in the same flow area and produces lower sheath temperatures prolonging heater life.
Features of finned tubular heater:
THREADED FITTINGS
Brazed, crimped or welded to the element’s cold section.
Used as a tight joint to the heater, which is fixed in open tanks or vessels.
Supplied in brass, steel, or stainless steel.
Available in nickel-plated brass for field installation on elements of 0.375”, 0.430”,
0.475” elements diameter.
Easy to install
Configurable to virtually any shape
Compact size
Precise and easy control of heat output
Durable
Easy to maintain
Easy to replace thus eliminating long shut-down periods
Applications of finned tubular heater:
Animal Incubators for Prenatal Care
Ducts
Epoxy Curing
Food Service Equipment
Furnaces
Fusing Laminated Sheets Together
Hopper and Silo Heaters - Plastic, Food Agriculture
Kettles and Tanks
Ovens - Process, Curing, Food
Paint and Enamel Baking Equipment
Plastic Sheet Bending Equipment
Spas and Hot Tubs
Steam Tables
Sterilizers and Autoclaves
Stretch Wrapping Equipment
Textile and Chemical Dryers
Welding Preheat Equipment
