electric infrared heating

1.energy efficient drying

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

1. heating filament: Ni-Cr or Fe-Cr-A1 resistance wire
2. IR wavelength between 2-4 um
3.Operating temperature 900° C
4.Response time around 1 min

Medium Wave Infrared Lamp
1.Operating temperature 900° C
2.Using Ni-Cr or Fe-Cr-A1 resistance wire as filaments
3.Response time around 1 minute

Medium Wave Infrared Lamp
1.medium-wave heater based on a FeCrAl filament
2.Luminous or high intensity
3.absorbed by water and water-based coating

Quartz Infrared Heater Lamps
1. coating type: ceramic white reflector
2. diameter of quartz tube: 33*15mm
3. overall length: 3000mm

1. Carbon element electric infrared heaters reviews
2. Applied industry: Electric infrared curing systems
3. Carbon Peak wavelength: 2.4-2.7um

Quartz Infrared Heater Lamps
1. coating type: ceramic white reflector
2. diameter of quartz tube: 33*15mm
3. length: fom 90mm to 6000mm*

1.alloy wire and tungsten wire as the heating filament
2.quartz glass because it has a hotter melting point than standard glass.
3.Multiple coating

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

Single Tube Infrared Heater Lamps
1. quartz tube diameter : 23*11mm
2. length:1100mm
3. 380v 2000w
4.reaction time : 1-4 minutes

Infrared Lamps
1. coating type: gold coating
2. diameter :23*11mm
3. length:500mm
4. application: patio heater spare part

Quartz Infrared Heater Lamps
1. coating type: ceramic white reflector
2. diameter of quartz tube: 33*15mm
3. length: fom 90mm to 6000mm*

shortwave infrared lamp
1.diameter of quartz tube : 10/12mm
2.voltage&power: 120v&375w
3.overall length:219mm
4. average life: 5000 hours

Medium Wave Infrared Lamp
1.Operating temperature 900° C
2.Using Ni-Cr or Fe-Cr-A1 resistance wire as filaments
3.Response time around 1 minute

Short Wave IR Lamps
1.Highly Efficient Heat Source
2.Ease of Control
3.Compact and Clean Energy
4.Luminous or high intensity...

Short Wave IR Lamps
1.Highly Efficient Heat Source
2.Ease of Control
3.Compact and Clean Energy
4.Luminous or high intensity...

1. Stable Surface Temperature
2. Durable for high temperature
3.Luminous or high intensity
4.Fast response time;1s
5. High efficiency

1. Stable Surface Temperature
2. Durable for high temperature
3. strong intensity of radial thermal energy
4. High efficiency
5. Long service life

1. heating material : Alloy resistance
2. diameter: 10,11,12,13,15,18,20,23*11,33*15mm
3. application: a wide range of industrial heating and drying

Glass Tube:99.9% Pure Fused Silica Quartz Sealed
Filament Material:Tungsten
Filament Temperature:1800 - 2400C℃(3300 - 4400F)
reaction time:1s

Shortwave clear tube IR heater lamps
1. Voltage: 80-600V
2. Power: 300-12000W;
3. Applied Industry: Reflow soldering machine.

Shortwave single tube halogen golden lamps
1. Voltage : 80-600V;
2. Power : 300-12000W;
3. Applied Industry : Solar PV Firing furnace...

1. 240V/1500W, 255mm/190mm golden lamp
2. Normal connection method: One side connection/Two side connection;
3. Power density: 78.94W/cm

shortwave infrared lamp
1.diameter of quartz tube : 23*11mm
2.voltage&power: 380v 2000w
3.overall length: 780mm
4. average life: 5000 hours

Medium wave quartz heating tube for drying
1.Quartz wall thickness:2mm
2.Peak wavelength: 2.8-4um
3.Function: for powder coating drying

Double quartz heater lamps with gold reflector
1.Quartz wall thickness:2mm
2.Coating:Golden/Ceramic White
3.Function: for PU textile drying

Twin Tube IR Lamps
1. dimensions 11x23mm
2. using tungsten wire as filament
3. response time around 1~2 seconds
4. max. overall length up 4M

Operating temperature 900° C
Using Ni-Cr or Fe-Cr-A1 resistance wire as filaments
Response time around 1 minute
IR wavelength between 2-7um

Operating temperature 900° C
Using Ni-Cr or Fe-Cr-A1 resistance wire as filaments
Response time around 1 minute
IR wavelength between 2-7um

1. Stable Surface Temperature
2. Durable for high temperature
3. strong intensity of radial thermal energy
4. High efficiency
5. Long service life