Electric Heaters (Radiation Type)

Detail Information

Description :

1. Advantages of short wave Infrared quartz lamp:
(1) Heating in short time.
(2) Reduce temperature promptly
(3) Fast heat radiation
(4) Compact dimension、space saving.
(5) Convenient installation and maintenance.
(6) Metallurgical coating can save to use reflecting cover so that the weight, dimension can less and raise the effect and heat efficiency.
(7) High efficiency in switch and reach the purpose of save power to dry.
2. Advantages of far wave infrared of ceramic tube:
(1) With the form of high filter radiation, water molecule will create severe vibration and then produce heat, dry from inside to outside in order to reach quick heating.
(2) Save power around 30~40%.
(3) Heating averagely, easy to check the temperature.
(4) Without fire and high safety.
(5) No dust and no smell.
(6) Easy operation、repair and change.
3. Applied range:
(1) Short wave infrared quartz lamp: applied industries: painting, fast kiln-drier, food and restaurant.
(2) Far wave infrared ceramic tube: applied industries: coating, metallic surface process, greenhouse & air-conditioner, food and restaurant, electron, printing, plastic, dye & processing, coating, kiln.
4. Feature:
Radiation principle:
Heated transmission has three: radiation, transmission and convection. The way of radiation and energy can be sent to a specific space but cause huge heat consumption. Radiation, is a form of electromagnetic wave which transmits the energy from heat source object, (shoot object) to the heating object, (receiving object). With this way to transmit, it is called radiation and not the form by heat to proceed.
Heat is an object which absorbs the radiation and causes the outcome. To any specific object or substance, they will be not workable if radiation passes through it and its surface is reflected. On the contrary, if the substance absorbs the radiation, the temperature will be raised because of its effect that radiation transforms to heat style. Therefore, radiation has the feature which is able to direct raise the temperature from object but will not raise the temperature from object’s surrounding. Because of big difference in convection or transmission, the latter, transmission needs by medium. For example: solid, fluid or gas etc. Because they can transmit energy to the object you wanted.
Infrared, itself does not heating to air. Although it will be absorbed by the air which contains water vapor, dust and carbon dioxide; however, frankly speaking that temperature rose from air is the outcome that all substances with above mentioned are absorbed.

Specification :

Material specification: Infrared spectrum (0.75μm~1000μm): 1. Short wave infrared: wavelength is between 0.75μm~1.5μm. Such as: IR halogen quartz lamp. 2. Medium wave infrared: wavelength is between 1.5μm~4μm. Such as: IR quartz tube. 3. Far wave infrared: wavelength is between 4μm~1000μm. Such as: ceramic tube.