Finned Tubular Heaters are manufactured by Jaye Industry with the same rugged and strong construction as our standard Tubular Heaters and then a helically or spiral wound fin is attached to the outer sheath.The fins are fully brazed to the heater sheath for optimum heat...
Brass Flange immersion heater is the immersion tubular heating element installed with the brass flange which is also a kind of Screw plug heater, normally used for swimming pools, electric water boilers, solar energy systems, solar water tanks, chemical pools, baths, etc.
Hot runner coil spring heater made by Jaye industry with thermocouple is also available based on the application requirements.Hot Runner Coil Heater made by Jaye industry have advantages such as fast speed of heating, high rate of heat utilization, even heating, high...
Rectangle fins are wound around tubular heater to increase the heating surface and improve the heating transfer capacity, We call this type of Finned tubular heater as rectangle form Finned heater.Rectangle Form Finned Heater are widely used in machinery manufacturing,...
Straight finned air tubular heater is designed for as a heating element use in natural and forced convection space heating for load bank.Finned air heaters are suitable for increased heat transfer surface area and where higher wattage is required.
U shape finned air tubular heater are suitable for increased heat transfer surface area and where higher wattage is required. Electric U Shape Finned Tubular Heater is one of the traditional superior products of Jaye industry.
Thread Flange Tubular heater also called Screw plug heater, commonly used specifications size G1 / 2--2 inch, The material of flange usualy are brass or stainless steel. pipe material commonly use stainless steel, copper, incoloy or Titanium.
Hot Runner Coil Spring heaters also known as cable heaters as a electric heating element of hot runner system, are made of nickel chrome resistance wire placed inside chrome nickel steel tube filled with MgO powder and compacted for faster and efficient heat transfer.
