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Nozzle Heater

Nozzle Heater are the ones which have long life when compared to Mica Nozzle Heater.

These industrial heaters which we produce are opted by large number of people in the market as it costs less when it comes to operation. These heaters have the specialty to heat up at a faster rate and also have the characteristics to deliver heat in a uniform manner. It contains clamp and heater which is easy to install. You can find these heaters in different models so shop for the Nozzle Heater which meant for your industry and has all the characteristic to provide the best results.

For Your Service

(+91) 992-582-2226

Features Of Our Product

  1. High temperature range
  2. Unique construction design
  3. Advanced production technology
  4. Made from superior quality materials

Applications

  1. Plastic industry
  2. Extended Nozzles
  3. Injection and Blow Moulding

Technical Data

  1. Metal braided fiberglas wire terminals
  2. Sheathing material brass or high grade steel
  3. Maximum Operating Temp. brass 280ºc -ss 350ºc
  4. Maxi. surface load brass 30w/sq.inch,ss shealth 45w/sq.inch

Get Excellent Heating Solutions with Our Nozzle Heater

You do not have to worry about the quality of product as the kind of products we manufacture here are designed in the best quality material which helps the heater to provide the best benefits to our clients. You need not spend on maintenance for at least 20 years as the products are designed in the most recent technology and tools to keep you updated with the latest technology.

Ordering Info. Required

  1. Width
  2. Inside diameter
  3. Type of termination
  4. construction type
  5. Volt & Wattage Require
  6. Drawing or photo if necessary

Frequently Asked Questions

280 degrees C for the brass sheath and 350 degrees C for the stainless steel sheath. For high-temperature applications, stainless steel is the right choice. Brass suits lower-temperature molding applications.

Stop the machine immediately. Plastic leaking onto a nozzle heater finds its way into the terminal area and can short the heater or damage the lead wires. Once cooled, remove the heater, clean off all residue, and check the terminal insulation for damage. If the leads or termination area show burn marks or melted insulation, the nozzle heater needs replacing. Fix the plastic leak at the source before reinstalling a new heater.

Brass for general injection molding at lower temperatures. Stainless steel is for higher temperature applications or where better corrosion resistance is needed. Stainless steel also handles a higher surface load, which is useful when more wattage is needed in a compact heater size.

With correct installation and operation within the rated temperature range, service life is long. The main causes of early failure are plastic leakage onto the heater, running above the maximum operating temperature, and poor contact between the heater and the nozzle surface. Avoid these three and the heater lasts considerably longer.

Width, inside diameter, type of termination, construction type, voltage and wattage required, and a drawing or photo if the application is non-standard.

Yes. Extended nozzles are one of the standard applications alongside standard injection and blow molding nozzles.

Metal-braided fiberglass wire terminals. These handle the high temperatures at the termination point better than standard PVC-insulated leads, which is important given how close the terminal sits to the heated nozzle body.