MCH Ceramic Heater Ignitor,220V350W,Ceramic Heater Igniter,Igniter Heater

    Provide your Installation space size, Working voltage, Rated power or Required temperature, we design and produce according to your needs.

   We have many years of experience in ozone ceramic sheet  ceramic plasma generating sheet  ceramic igniter  ceramic heating tube and ceramic heating sheet design  production, as long as confirm that your needs do not exceed the limits of our existing equipment, can be produced.

1. About the product

    All pictures are taken in kind, the appearance of the stock products is consistent with the pictures, and the peripheral accessories can be fine-tuned according to customer requirements.

2. About logistics

    We will choose the safest and fastest delivery company.

3. About the sample

    For samples under $1, 2 samples are available free of charge and the sample shipping costs are borne by the buyer.

4. About the delivery cycle

    According to the product specifications and quantity, both parties negotiate.

To know more, please contact customer service.

For more information, please contact me at:

Yangling Zhibo Automation Technology Co., Ltd.

WeChat:13119138299

QQ:1169158556

E-mail:1169158556@qq.com

========================== Questions and Answers============

 1. What is the operating voltage for a heater?

    Approximately, square root of P*R, where P is the power you need and R is the resistance of the heater.

A heater only has a fixed resistance R at room temperature. Generally, there is no fixed operating voltage for a heater and it all depends on the heat transfer application (which determines the power P you need). Then roughly, the operating voltage V for your application would be the square root of P*R. The thing matters the most to a heater is the highest temperature it can endure. As long as the temperature at the hottest location (usually the geometry center of the internal winding coil in heater) is below that highest endurable temperature, it can output any power you need if you have a proper power supply and heat sink (thermal load). The above statement assumes a steady-state situation. For transient case (e.g. temperature rising process), large voltage jump should be avoided in case the large thermal shock or current shock. There are also other uncommon limits/properties which need to be considered in special situation. Please see physical properties next to the main product image.

2. How to determine the power I need to heat my objects to a certain temperature (e.g. 200 Celsius)?

    Estimate the heat loss from your objects at a certain temperature (e.g. 200 Celsius) to environment or supporting frame through thermal radiation, conduction and convection. Please educate yourself by google if you are not familiar with these terms. You can definitely design your system to manipulate the three types of heat transfer to suit your need (e.g. reducing heat loss by using thermal insulation or thermal shield or polished surface, making temperature more uniform by using high thermal conductivity substrate). The power you need should be at least 30% over of your heat loss estimation for safety (1.3X).