Industrial Heaters Dealers in Transport Nagar, Udaipur

• Sheath Material: Copper, Steel, 304 Stainless steel, INCOLOY, Titanium
• Watt Density: Up to 120 W/in2
• Sheath Length: Up to 51 feet

Known for its versatility, ruggedness and dependability, tubular heaters can virtually be factory-configured to suit a variety of industrial heating applications. Tubular elements are frequently regarded as the foundation of all heating elements. The basic design consists of a resistance wirecoil precisely centered in a metal sheath. This wirecoil is surrounded by magnesium oxide to provide efficient heat transfer from coil to heating medium. Diameters are varied to give customized design and adjustable watt densities for best performance and long life. Bending radius is carefully chosen so as to give optimum performance. Tubular heating elements perform heat transfer by all three modes (conduction, convection and radiation). They are available in both single ended and double ended designs. The single-ended tubular design has both terminals at one end. The opposite end is sealed. Flexible lead wires are 12 in. (305 mm) crimp connected to the terminal pin and have silicone-impregnated fiberglass over-sleeves. Maximum watt density is up to 45 Wsquare inch while the maximum operating temperature is 1200 degree F, so INCOLOY and stainless steel sheaths can be used. The double-ended design has rounds cross sectional geometry, is highly adaptable for bending—especially when bending is performed in the field. Double-ended tubular elements offer several assemblage of resistor coils and thermocouples inside one sheath. They have the ability to sense the heater’s internal temperature accurately every time, or offer three-phase capability in one element. Maximum watt density is up to 120 Wsquare inch while the maximum operating temperature is 1800 degree F, so INCOLOY and stainless steel sheaths can be used.

• Length: Up to 72 inches

Cartridge heater often considered as component heater a cartridge is dependent on hole clearance. The larger has a heating coil wound on a ceramic core and are the hole clearance the lower the recommended watt cylindrical-shaped, heavy-duty Joule heating element. density. For temperature sensing, a thermocouple Electricity flows through coil when a two or three-phase should be positioned in the heater but its life is reduced voltage is applied. The electricity heats the coil and, by slow "onoff" cycling of power controllers. So PID auto subsequently, the cartridge sheath. The watt density (in tuning controllers with solid state relay or thyristor output Wattinch2) depends on the number of spirals or turns are suggested. per inch. The sheath comes in contact with the surface being heated. Insulation in the cartridge heater ensures that the heating wire never comes in contact with the sheath and protects the sheath from melting in case of any mishap. The leads that come out of the heater terminal have metal conduit, or silicon sleeves to protect from high temperature. Lead wires are often fiberglass or silicon rubber.

Silicon Rubber Heater, Air Heater, Cartridge Heater, Viper Coil Heater

Cartridge Heater, Thermostats