Infrared Quartz Heating Element

Infrared Heating Lamp Classification Reference

Name	Category	Shape	Use	Applications	Wavelength (um)	Color temperature K	Surface temperature
Shortwave SW	Halogen	Straight Tube Ring Shape C-Shape	Production Lines Fast heating Drying	Drying Channels Yale Ovens	0.76-1.4	2000-2450	280-860
Medium Wave IR	Halogen Carbon		Heating Medium speed heating Drying	Heaters Drying Channels Ovens	1.4-4.0	800-1800	200-780
Far Infrared LW	Halogen Carbon		Heating Physiotherapy Drying	Heaters Physiotherapy Light wave room	Above 2.5	680-1380	200-620

Description of color temperature: The absolute temperature of the surface temperature of the heating tube radiation body is K. Minus 273 is equal to the Celsius temperature.
Wavelength peak: The normal radiation body is generally in the shape of a mountain peak, and what we has been indicated is the wavelength the highest peak.
Medium, long and short-wave classification:
The wavelengths of 0.8-1.4 um are short-wave infrared, near-infrared, and high-infrared, which are indicated as SW.
1.4-4.0um wavelength for the medium-wave infrared, infrared light, indicated as IR, is usually also the expression of the entire infrared product line.
4.0-1000um wavelength is long-wave infrared, far infrared, indicated as LW.

To provide accurate and faster service, please provide drawings and the following data whenever possible.

Lamp Type	Specifications	Heater Shape	Glass Tube Color	Electrode	Porcelain Parts	Requirements for Use
Halogen	Voltage Power Length Heating Length	Pentagram Round Spring-Shaped Band Large Bracket Ring	Transparent Brick Red Rose Red Others	Wire Specification Stainless Steel termianls R7s Fa4	Open Mouth Porcelain (21159)	Ambient Temperature Horizontal Use Vertical Use
Carbon		Spiral Shaped

Note: Can be specially designed and produced according to the requirements of customers.