twin quartz heater

1.energy efficient drying

2.high quality finish
3.Infrared emitters are precisely adjusted with regard to voltage and power.
4.Easy installation

1.Wave Length - short wave 2.6-4.2um
2. Response Time : 1-2 minutes
3.Diameter:10,11,12,13,15,18,20,23*11,33*15mm
4. Applications : Glass printing

medium wave infrared heater lamps
1.Response time is 1 minute
2. energy saving
3.warranty time : 20000 hours

medium wave infrared heater lamps radiation can be absorbed by the surface of the heated material, for plastic, glass and especially is water

1.Heat is applied precisely where and only for required
2.infrared radiation requires neither contact nor intermediate transfer medium
3.clean

1. 805mm overalll length,700mm active length, 3200W/400V
2. Quartz tube shortwave dual quartz heater
3. Printing Tunnel drying system

1. 1150mm overalll length,1000mm active length
2.2750W/240V, Shortwave double element quartz heater tube
3.Reflow oven with infrared emitter

1.tungsten wire as the heating filament
2.quartz glass because it has a hotter melting point than standard glass.
3. compact and Clean energy

1. infrared heater type : carbon fiber medium wave
2. diameter :11mm
3. length:500mm
4. 220v 800w
5.Instant On/Off ...

1. Application: Glass laminated line quartz emitter
2. Twin tube size: 33mm width, 15mm height
3. Power/Voltage: 7250W/380V
4. Length:3080mm

Medium wave quartz heating element
1.Coating:ceramic white
2.Peak wavelength: 2.8-4um
3.Function: for glass heating and drying

Medium Wave Infrared Heater Lamps
1. diameter of quartz tube : 33*15mm
2. overall length:1280mm
3. 230v 1000w
4. reaction time : 2-4 minutes

Single Tube Infrared Heater Lamps
1. quartz tube diameter : 23*11mm/33*15mm
2. length:1280mm
3.220v 1700w
4.reaction time : 2-4 minutes

shortwave infrared lamp
1.Glass Tube: 99.9% Pure Fused Silica Quartz Sealed
2.colot temperature 2400-2500°K
3.average working life 5000 hours

1. Stable Surface Temperature
2. Durable for high temperature
3.Luminous or high intensity
4.Radiant tube heatersy
5. High efficiency...

Shortwave fast response quartz heater lamps
1. Voltage: 80-600V
2. Power: 300-12000W;
3. Applied Industry: Reflow soldering machine.

1. Instant heat : More than 90% emission within 2 mins
2. Clean: No byproduct, no Pullution
3. Safe : Quartz envelope, heat shock resistance

Short wave single tube ir heater lamp
1. Peak Wavelength range: 1.0-1.4um;
2. Response time: 1 second;
3. Max Temp: 950 Degree C.

1.Reflector can concentrate the heat, increasing the effectiveness of the heat output
2.Emitters with coating are highly economical

1.Warranty Time : 20000 Hours
2.Reaction time : 1-4 minutes
3.Certificates: CE,ROHS, ISO9001
4 .Customized service is available.

Infrared Lamps
1. Heating Filament: tungsten
2. Size :23 *11mm OAL=1120mm HL=1000m
3. 480v 6000w
4.Instant On/Off...

Single Tube Infrared Heater Lamps
1. quartz tube diameter : 23*11mm/33*15mm
2. length:1280mm
3.220v 1700w
4.reaction time : 2-4 minutes

Infrared Lamps
1. coating type: golden reflector quartz heater lamps
2. quartz tube diameter : 23*11mm
3. length: 1000mm
4. 240v 2000w

Infrared Lamps
1. coating type: gold coating
2. diameter :singel and twin tubes
3. length: fom 90mm to 6000mm
4. application: plastic industrial

features of ir lamps
1.high efficient
2.instant on and off
3.long life and consistent output
4.flexible product capacity...

1.Wave Length - short wave 2.6-4.2um
2. Response Time : 1-2 minutes
3.Diameter:10,11,12,13,15,18,20,23*11,33*15mm
4. Applications : Glass printing

1. Peak Wavelength range: 0.75-1.4um
2. Response time: 1s
3. Max Temp: Temp of heating element: 1800-2400℃
4. Filament Material: Tungsten

Glass Tube:99.9% Pure Fused Silica Quartz Sealed
Filament Material:Tungsten
Peak Wave Length: 1.0-1.4um
Applications : Plastics Welding

Glass Tube:99.9% Pure Fused Silica Quartz Sealed
Filament Material:Tungsten
Peak Wave Length: 1.0-1.4um
Applications : Plastics Welding

shortwave infrared heater lamps with reflector can save more energy and help clients to realize the good result in a shorter time.