Ceramic Heater for Soldering Iron,soldering Station,ceramic Heater

Specifications

Ceramic heater

Diameter: Φ3.8mm;

Length: 60mm;

Resistance: 40~140Ω;

Operation Voltage: 110V;

Application: Soldering Iron;

Compared with plate type ceramic heater, rod type ceramic heater has following advantages:

1. Reach maxium 700~800C degree high temperature;

2. Long operating time;

3. fast heating speed;

4. easy for installing;

We provide standard products in different types according to customers' different requirement.

Ceramic heater is made by printing resistance slurry onto the alumina raw ceramic green sheet, then burn it under 1700 degree and get the nickel lead wire welded. In this way, the product comes to be a medium low temperature heating element, serving as a new product replacing heating alloy and PTC heating element . It's widely used for medium and low temperature heating in agricultural technology, communication, Medicare and routine life, such as ventilator, heater, heating auxiliary to air-conditioner, industrial drier, air dryer, electric heating splint, electric iron, direct/curving hair iron, vacuum flask, electric cooker, water heater, industrial drier, electric bonder, capper, UTR cylinder condensation-proofer, IR physiotherapy equipment, intravenous injection heating, quick food backing, mini thermostatic bath for special crystal parts. etc
   
Ceramic heater is available in alumina and has many excellent features that do not exist in the traditional heaters.
1. Compact and Light Weight and Energy-saving
  High watt density, Good thermal efficiency.
  2. Superior Thermal Properties
  Rapid Heat Increase.
  Custom designed temperature distribution available.
  High insulation, allow direct contact with water, kerosene and metal.
3. High Reliability
  Superior dielectric strength and electrical insulation.
  Long life due to oxidation-proof design on receptivity material.
  Superior chemical resistance.
4. No electric noise, white, tidiness, non-rust, non-pollution, non-rupture, no weak soldering.