What is INFRARED RADIANTION

Energy can only be transferred by heat between objects - or areas within an object - with different temperatures. This transfer happens spontaneously only in the direction of the colder body. Energy transfer by heat can occur between objects by radiation.

 Radiation:heating is the transfer of heat using invisible electromagnetic waves of energy from a heat source to the object to be heated.

Infrared: is one of several ways to accomplish radiation heating along with ultraviolet, microwave, radio frequency, and induction. Infrared heat is generated by a hot source (quartz tube or ceramic element) by vibration and rotation of molecules. The resulting energy is controlled and directed specifically to and on people and objects. This energy is not absorbed by air and does not create heat until it is absorbed by an opaque object. The sun is a source of infrared energy traveling at the speed of light and converting to heat upon contact with the ground, people, buildings floors and any other opaque objects. There is however no ultraviolet component (sun tanning rays) in electric infrared.

Electric infrared energy travels in straight lines from the heat source and difuses as a function of the square of the distance. Intensity would therefore decrease in a proportional manner.

In the electromagnetic spectrum infrared radiation occupies a wave region of considerable width and therefore has been further split into three sub regions as follows:

Near infrared region - short wave                        0.75-1.5 um

Intermediate infrared region - medium wave         2.6-3.5 um

Far infrared region - long wave                           1.4-2.6 um

Each of these wave lengths and elements have there own particular advantages and disadvantages when solving a particular heating application

Short Wave Emitters:generally consisting of a high temperature resistance winding enclosed in a sealed quartz tube containing a small amount of halogen gas. Short wave emitters are characterized by the presence of a bright white light.

Single Tube Infrared Heater Lamp

Available in standard and custom configurations:

Standards:

· Short-Wave: 100 Watts/linear in.

· Fast-Response Medium-Wave: 60 Watts/linear in.

· Carbon-based Medium-Wave: 100 Watts/linear in.

· Medium-Wave: 25 Watts/linear in.

· Heated length measured in whole inches

· Voltages: 120VAC, 240VAC, 480VAC

· Available with straight wire leads, quick-disconnects and 90 degree leads

· Multiple coatings available: Gold, Ceramic, Ruby

Gold Coating

White Coating

Clear Tube

Shortwave infrared heaters features:

Max Power density: 100W/cm

Quartz tube purity: 99.99%

Fulx density: 99%

Energy using rate: 97%

Quartz tube diameter: 10/11/12/13mm

Quartz tube color: transparent 

Type: Shortwave infrared heating lamps

Function: Short response, Fast heating, drying and curing. 

Customized length: from 100mm to 2200mm

Customized voltage: from 80V to 600V

Customized wattage: from 300W to 12000W

Coating options: Ceramic white/Gloden/NO

Cable length: 100-2500mm

Terminal type: O shape (4mm, 5mm), Y shape, U shape, I shape, etc.

Average Lifetime of Short wave transparent twin tube infrared lamps: 5,000 hours

Details of SWIR10216: 235mm OVL 150mm HL, 235V/700W

Advantages

1. Wide range of lamps lengths and power available

2.. Instant heat: More than 90% emission within 1 second

3. Clean: No byproducts, no pollution

4.Safe: Quartz envelope, heat shock resistant

5.Economical: More than 85% of consumed energy transmitted into infrared heat

6. Fully dimmable: Fully controllable accurately(0% to 100%)  

7.Possibility to put people sensor: On/Off switches do not affect life time of the lamps  

8.Long life: More than 5000 hours  

9.Heat can be focused: Same optical properties as light, can be directed by reflectors  

10.No air draughts: because of radiation

11.Compact and easy to install

Filament Construction and Ceramic End Base Typs

Terminal Connector

RFQ

1.How to make a inquiry

We are more than happy to provide you with a quote. If you are looking for an IR Emitter please give us a call. These are the questions we will need answered in order to provide a quote:

· Watts

· Volts

· Total Length in mm

· Heated Length in mm

· End Cap style

· Single or Twin tube?

· Quartz Diameter?

· Mounting Vertically or Horizontally?

2.How about QUICKLY ?

Hefei Quickly Electric Co.,LTD specifies tungsten filament Infrared halogen lamps in most of its heaters. The Halogen Cycle increases the life of the lamp. Halogen gas is added to the inert gas in the lamp. As the heater operates, tungsten slowly evaporates from the filament and combines with the halogen to create a tungsten halide. As the tungsten halide touches the filament, the heat separates the halide into tungsten and halogen gas and re-deposits the tungsten back on the filament. The freed halogen gas then repeats the process.

3.How do you pack the quartz heater lamps?

We are committed to provide the best packaging services.

Each infrared lamp in a small white box.Then in a professional wooden box.

4.Shipping & Payment

5.How does your company do quality control?

" quality is priority", we always and keep paying more attention to QC from the material purchasing to the lamps' packing. Our product have gained CE, ROHS, ISO9001.

6. How we to make the payment

We accept : T T, Western Union, Paypal

7.  How to contact us

ADD : C34, Jia Hai Industrial Park, Xin Bengbu Road, Xinzhan District, Hefei City, Anhui, China 230012

TEL : 86-551-65208999

FAX: 86-551-65218999

Whatsapp: 86-13767487075

Skype : cathy1993_wang