Bend Heaters & Nozzle Heaters

Additional Details

We manufacture and export a wide range of Bend Heaters & Nozzle Heaters, which is developed in strict compliance with the latest technological advancements in the market. Known for their high performance, sturdy construction and low maintenance our entire range caters to the application requirements of numerous industries.

Band Heaters

The range of Ceramic Band Heaters offered by us is meets the growing requirements for energy conservation and ensures to improve operation efficiency. The technological development in the plastic processing requires reliable and durable machines components. Thus, due to our expertise in the respective field, helps us in manufacturing Brand Heaters that find application in numerous industries. These new generation electric heaters help the machine to work efficiently.

Advantages:

1. Mica band is proven heater design for good life efficiency and dependability

2. Maintains the lowest winding temperatures possible, keeping low-mass heating element assembly for fast heat-up and quick thermal response to controls

3. Incorporates the low thermal expansion built-in strap, a unique feature developed by Hitco

4. Hitco specially designed and engineered four models to meet the ever increasing demand for energy conservation and to improve operations efficiency

5. Capable of generating higher temperatures essential to process today's high temperature resign

6. The Energy conservation is achieved by using thick ceramic fiber insulating blanket on surface increasing the overall outer diameter by 2" (minimum length required is 4")

7. Power consumption upto 30% because of low thermal conductivity of the ceramic fib

8. The external surface temperature of the insulation plus band heaters are approximately 800C while running the inside surface temperature at 3000C. These are: Ceramic Band "Insulation Plus", Ceramic Band "Insulation Plus with Heat Sink, Mica Band "Insulation Plus" and Ceramic fibre Jackets

Nozzle Heaters

We offer a wide range of Nozzle Heaters, which is developed after extensive market research. A large series of cases causing an early failure, most of them occur due to plastic leakage impregnating the heater and causing a range of effects as:

• Carbonization of material near electrical connection which causes short circuit

• Penetration of material into the heater will lead to carbonizing it

• It causes the loss of insulation due to perforation of the element

• Damage to the structure of the element using tools for making the attempt of removing heater covered by plastic material

• Tearing of the feeding cables, which can arise both making the above action and careless during installation of the molds