Gold Twin Tube Carbon Heat Lamp

Gold Twin Tube Carbon Heat Lamp

Advantages

1,Directional heating radiation ,

2.fast response 1-2 seconds response time.

3.Good quality quartz tube with superior thermal stability

4.excellent heating efficiency

5.ceramic end cap.

Established in 2009, Nanjing Risen Electronic Light Tech Co., Ltd. is a leading manufacturer of infrared heating tubes, carbon infrared heating lamps, reflector heating lamps, Gold plating infrared heating lamps, Medium wave infrared heater, ruby infrared emitters, and all accessories. Furthermore, we have our own infrared heating development team, all our products are manufactured with advanced equipment and strict QC procedures in order to ensure excellent performance.

Customized Carbon Heat Lamp Technical data

- HZ: 50-60 HZ

- Electricity saving ratio: 30%

- Infrared normal direction radiant ratio: over 94%

- Electric heat transformation ratio: over 98%

- Surface temperature: 500-900C

- Continuous servicing hour: over 5, 000H

Risen carbon infrared emitter using a unique heating filament design that can supply excellent heating efficiency and fast response time. The new twin tube carbon infrared emitter can supply excellent mechanical stability and better density of radiation.

Risen carbon Infrared heater can be manufactured as effective heating elements even a complete Infrared system. We have all accessories to ensure the heating system work smoothly .

The new Risen medium-wave carbon infrared heater has a heating length starting from 50mm to 3000mm and is suitable for being a separate heating process. These new emitters are particularly suitable for curing small parts , drying painting ,plastics welding, or for The areas where local heating is required. According to the customer's requirement, we can customize the carbon infrared heater as twin tube or single tube with gold reflective coating.

The carbon infrared heater can be used in Horizontal and vertical, with Energy-saving heating process and Fast response time. wavelength: up to 2.2 μm.