White coating ruby infrared lamp from China manufacturer

Product Detail

Model No.: RubyIR-425

Production Capacity: 60,000-80,000 pieces per mo...

Delivery Date: 5-15 days

Quartz material purity: 99.97%-99.99%

Tube diameter: 10mm

Voltage: 230V

Heated length: 340mm

Lifetime: 5000 hours

Means of Transport: Air;DHL

Packing: Wooden Crate with shock res...

Type: Ruby IR heater

Coating reflector: White coating

Power: 2000W

Total length: 425mm

Response time: 1 s

Ruby infrared heat lamp
1.High Color Temperature performance: 2200-3000K;
2.Very suitable for 3D printing industry.

Ruby infrared heat lamp

1. Product name: Ruby infrared heat lamp .

2. Single tube diameter: both 10mm.

3. Total length: 425mm, Heated length: 340mm, Cable length: 600mm.

4. Power: 2000W, Voltage: 230V

Used for where:

Ruby quartz infrared heater lamps is mainly used for the welding of the wafer, solar

cells and also the drying of the printing machine or other printing drying process.

Terminal type of Ruby quartz infrared heater lamps:

Photos or picture of Shortwave ruby infrared heater lamp:

Comparasion between Shortwave ruby infrared heater lamp:

Benefits of Ruby Red Lamps:

The Ruby Red lamps is a shortwave emitter and has all of the benefits of fast response and high heating

density of the short wave. In addition, the Ruby Red filters out the objectionable visible light which

minimizes color selective heating.

Infrared Emitter	Benefits
Short Wave Quartz Halogen Lamp	High heating rates (up to 100 watts per inch) Instant on/off (seconds) Penetrating heat in polymers Predominantly short wave
Ruby Red Lamp	High heating rates (up to 100 watts per inch) Instant on/off (seconds) Penetrating heat in polymers Predominantly short wave No glare Less color sensitivity

Infrared Emitter

Benefits

Short Wave Quartz Halogen Lamp

High heating rates (up to 100 watts per inch)

Instant on/off (seconds)

Penetrating heat in polymers

Predominantly short wave

Ruby Red Lamp

High heating rates (up to 100 watts per inch)

Instant on/off (seconds)

Penetrating heat in polymers

Predominantly short wave