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Two-Pin Infrared Lamps

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Double-pin infrared lamps, product description:

Thermal objects emit an electromagnetic wave with a length of 780-1 mm, so the radiation of thermal objects is also called thermal radiation. This can speed up the drying of ink.

Generally, short-wave infrared rays (780-2000nm) are classified into halogen short-wave, short-wave, medium-wave, medium-wave, medium-wave, carbon medium-wave, twin-tube carbon medium-wave, 등.

Two-contact infrared lamps, areas of application:

drying of paint and ink
softening and melting of plastic
in semiconductor and microelectronics factories
industrial furnaces
drying of lumber
paper drying
for chemical reactions
heating and keeping food warm
Healthcare and Infrared Physiotherapy
hairdressing
in solariums
for space heating

Many manufacturing processes, such as drying, require heat.

Advantages of infrared bicontact lamps

Conformity to product specifications
High efficiency
Quick response
Saving space and energy
No or less contact with heating objects.

Customization is possible according to parameters provided by the customer.

Lt=Total length Lh=Heated length Lu1=Unheated connecting end Lu2=Unheated other end Lc=Length of connecting wire

Length range Lu and Lu2 (unit: mm)

Pipe diameter/section	Normal length Lu1		the smallest Lu length		normal Lu2 length		the smallest Lu2 length
23X11	55		40		55		25
33X15	55		45		55		40
Standard range of shortwave infrared emitters
Radiator type	compound	Pipe diameter/section (mm)	Max heating length (mm)	Normal power density (w/cm)	main ridge (um)	filament temperature	the smallest Lu2 length
shortwave	Halogen single tube	8/10/12	1400	80	0.8-1.0	2200-2600	1s
shortwave	Double tube	33x15、23x11	3400	150	1.0-1.4	1800-2400	1s
fast medium wave	Single pipe	10/12	1400	45	1.4-1.6	1500-1800	1-2s
fast medium wave	Double tube	33x15、23x11	3400	8-	1.4-1.6	1500-1800	1-2s

Customization is possible according to parameters provided by the customer.

Medium wave infrared emitter

Medium wave infrared emitter

Length range Lu1 and Lu2 (unit: mm)

Pipe diameter/section	Normal length Lu1			Normal length Lu2
23X11	45			35
33X15	55			45
Standard range of medium wave infrared emitters
Radiator type	compound	Pipe diameter/section (mm)	Max heating length (mm)	normal power density (W/cm)	main ridge	filament temperature	Response time
medium wave	Single pipe	15/18	1400	15	2.4-2.7	800-950	30-90s
medium wave	Double tube	33X15、23X11	3400	30	2.4-2.7	800-950	30-90s

Customization is possible according to parameters provided by the customer.

More information about twin-pipe infrared heaters:

Double-pipe infrared heaters are special heating devices equipped with two infrared tubes inside the housing. These devices are used to heat various rooms, objects or surfaces using infrared radiation. Here is more detailed information about double-pipe infrared heaters:

Operating principle : Double-ended infrared lamps work on the principle of generating infrared radiation using electrically heated tubes. These tubes, usually made of quartz glass or ceramic, are heated to a high temperature when an electric current is applied, causing infrared heat to be emitted into the surrounding area.
Dual Tube : Unlike single tubes, dual tube infrared lamps feature two infrared heating tubes inside a single housing. This allows them to provide more even heat distribution and increased heating efficiency.
애플리케이션 : Our company's radiators are widely used in various fields such as industry, commercial and home use. They can be installed both indoors and outdoors, and are used to heat warehouses, garages, retail spaces, restaurants, offices and other facilities.
Advantages : These devices have a number of advantages. They provide fast and uniform heat distribution, are highly efficient and cost-effective, are reliable in use, do not require additional maintenance, and also provide comfortable and quiet operation.
Installation and Maintenance : Installation of dual-pin infrared lamps is usually quite simple and can be done on ceilings, walls or special mounts depending on the requirements of the room. Maintenance of such devices is minimal and involves regular inspection for breakage or wear, as well as cleaning of dust and dirt to maintain optimum performance.