YINFRARED Twin Tube Quartz Infrared Heating Lamp -220 V 1000 W Twin Tube Infrared Radiator

YINFRARED Twin Tube Quartz Infrared Heating Lamp -220 V 1000 W Twin Tube Infrared Radiator

Model: YINFRARED-TT23-1000

("TT" refers to Twin Tube double tube structure, 23 × 11 mm cross-section, 10=1000 W)

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Product Overview

This dual tube structure quartz infrared heating lamp is an industrial heating element developed by YINFRARED for efficient and uniform heating needs. Adopting a configuration with a voltage of 220 V and a power of 1000 W, the overall length is approximately 279 mm, with a heating length of 209 mm and a non heating end of 35 mm each. The transverse installation combustion method uses a rubber cable length of 1500 mm and a cross-sectional size of 23 × 11 mm.

Structurally equipped with a Gold Reflector to enhance radiation efficiency.

Detail

Twin Tube Infrared Lamp

IRTB22-10-279/209-2311G

Reflector=Gold

Voltage =220V

Wattage =1000W

Total length =279mm

Heat length=209mm

Unheated length 1=35mm

Unheated length 2=35mm

Cable length =1500mm

Cross section=23×11mm

Burning position =Horizontal

YINFRARED dual tube quartz infrared heating lamp uses high-temperature filament to generate heat, instantly raising the temperature inside the lamp tube and producing strong infrared radiation. Infrared radiation radiates through the quartz wall of the lamp tube to the heated object, which can directly penetrate the surface of the material and heat the molecules inside the material, thereby achieving faster and more uniform heating.

Compared to traditional convection or conduction heating methods, infrared radiation heating eliminates intermediate media (such as air), resulting in lower heat loss, faster response speed, and higher heating efficiency.

Comparison with traditional heating methods:

Convection heating (hot air): It is necessary to first heat the air, and then the hot air is conducted to the object through convection, which is a slow process and causes significant heat loss.

Conductive heating (hot plate, heat radiation plate): Heat needs to be transmitted to the surface of the plate first, and then to the object through contact or radiation, which may cause uneven temperature of the heated object.

Infrared radiation heating (this product): Infrared radiation directly acts on objects, penetrates the surface of materials, heats up quickly, has a small temperature difference between the surface and the interior, and has high thermal efficiency.

Advantages and Highlights

Fast response&energy saving: The lamp can quickly heat up, eliminating the preheating process, shortening the cycle, and saving energy.

Uniform heating: Double tube structure+gold reflector design, which enables wide coverage of thermal radiation, uniform thermal distribution, reduces product temperature difference, and improves quality consistency.

Compact integration: The overall structure is compact, making it easy to install in various conveyor belts, drying furnaces, or roller conveyors, saving equipment space.

Flexible customization: YINFRARED supports customization of voltage, power, length, and reflection types to meet the needs of different industrial processes.

Widely applicable: Suitable for printing and coating, plastic molding, glass cutting, electronic cleaning, wood drying and other processes.

Recommended application scenarios

Printing industry: used for ink or coating drying, fast operation cycle, and improving production efficiency.

Plastic/bottle blowing industry: used as an efficient heat source during plastic preheating, molding, and lamination processes.

Preheating before glass cutting/tempering: used for heating thin or laminated glass to improve cutting quality.

Electronic manufacturing: such as PCB surface solvent removal, solder preheating, and other scenarios.

Wood/furniture processing: It also has efficient heating effect for painting and wood drying.

Installation and maintenance tips

1.Ensure that the horizontal installation position of the lighting fixtures is stable and away from vibration sources during installation.

2.Keep the surface of the lamp tube clean to avoid dust from adhering and affecting the infrared emission efficiency.

3.If using a reflector (such as a gold reflector), it is recommended to regularly check the surface of the reflector for oxidation or damage.

4.Control the distance between the object being heated, as being too close may cause local overheating, while being too far may reduce heating efficiency.

5.It is recommended to use compatible power control methods (such as SCR power regulation) to extend the lifespan of the lighting fixtures.

              Quartz infrared lamp used in food drying process

Quartz Infrared Heating Lamps Supporting PCB Soldering and Wave Soldering

Why choose YINFRARED?

As a professional manufacturer of infrared heating lamps, YINFRARED has been deeply involved in the industrial heating field for many years, providing high-quality quartz infrared heating lamps, infrared heating modules, customized solutions, and more. We adhere to the product philosophy of "efficiency, energy conservation, high quality, and long lifespan", and work together with customers to improve production efficiency.

For detailed specifications, quotations, or customized services, please visit our official website:   www.yinfrared.com