Temperature 400 Ceramic Induction Band Heater Heating Coil for Plastic Extruder for Injection Molding Machine

Basic Info

Working Temperature Range	30 - 200 ºC
Resistance Tolerance	10%, -5%
Terminal	Ceramic Terminal/Flange/Lead Wire/Plug
Resistance Wire	Nicr 80/20
Radiation Distance	100 mm to 250 mm
Method Connecting Wire	Junction Box/Plug
Transport Package	Carton
Specification	customized
Trademark	VINSON
Origin	China
HS Code	85168000
Production Capacity	2000PCS/Week

Product Description

Ceramic band heaters are made of helically wound nickel chrome resistance coil precisely stretched and strung through steatite ceramic cores forming a flexible heating mat. It is then placed in flexible stainless steel housing with ceramic fibre insulation. These heaters are very flexible and can be fitted easily. Durable, ceramic band heaters provide excellent energy efficiency with their built-in ceramic fiber jackets. Unlike mica band heaters, ceramic heaters transfer heat through conduction and radiation and do not require tightening around the cylinder. Flexible, these heaters come in a wide variety of terminal styles, and with different clamping mechanisms, holes and cutouts.

To customized it, pls confirm the following parameters with us:

No.1 watt and voltage

No.2 ID and height of it

No.3 the length of lead wire and if with thermocouple wire

Main Features

1, Stainless Steel sheath resists rust and high temperatures, and provides firm mechanical support.
2, Ceramic insulation prevents heat loss, thereby lowering energy costs.
3, High temperature nickel-chromium element wire
4, Reduce power consumption and conserve heat
5, High degree of flexibility
6, Uniform heat distribution
7, Various termination styles Customized

Applications

1.Injection Moulding / Extrusion Machines

2.Rubber Moulding /Plastic Process Machinery

3.Tooling & Die Heads

4.Packaging Machinery

5.Shoe Manufacturing Machinery

6.Test Equipment/Laboratory Equipment

7.Food Process Machinery

8.Drums containing solids or fluids

9.Vacuum Pumps and more...