metal heating tube

Infrared Lamps
1. Heating Filament: tungsten
2. Size :23 *11mm OAL=1860mm HL=1780mm
3. 480v 10000w
4.Instant On/Off...

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

Quartz Infrared Lamps
1. Heating Filament: alloy wire
2. Diameter :23*11mm
3. 380VAC 2500Watt
4. Instant On/Off ...

Shortwave tungsten heating element IR heaters
1. Voltage: 80-600V;
2. Power: 300-12000W;
3. Applied Industry: Auto glass printing drying...

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

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

Medium Wave Infrared Heater Lamps
1. diameter of quartz tube : 23*11mm
2. overall length:1600mm
3. 230v 3750w
4. reaction time : 2-4 minutes

shortwave infrared lamp
1.Glass Tube: 99.9% Pure Fused Silica Quartz Sealed
2.Filament Material: Tungsten
3.Filament Temperature: 2500 - 3300°F

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

Short wave infrared heater lamps 1250W
1.Lamp data:250mm OVA length,190mm HL,240V/1250W
2.Application:Paint drying, coating heating, ink dry

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

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

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

this type heater can heat up very fast with specifications of low thermal hysteresis, evenly heating, far heat radiation distance, fast heat transfer.

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

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

this type heater can heat up very fast with specifications of low thermal hysteresis, evenly heating, far heat radiation distance, fast heat transfer.

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

Middle single heating quartz heater lamps
1.Quartz tube: 33*15mm
2.Peak wavelength: 2.8-4um
3.Function: for flass industry drying

Type: Shortwave infrared heating lamps
Quartz tube diameter: 10/11/12/13mm
Length: 100mm - 2200mm
Voltage: 80V - 600V
Cable length: 100-2500mm

1. 850mm overalll length,750mm active length
2. 2750W/240V, Shortwave infrared patio heater lamps
3. applied on car painting

1. 850mm overalll length,750mm active length
2. 2750W/240V, Twin tube Fast drying halogen infrared lamps
3. Wave soldering machines

Power density:
0-60W/cm (low),60-80W/cm (middle),
80-120W/cm (high), 120-160W/cm(super high)
Lamp data: 227mmOVL,127mmHL,500W/235V shortwave

Infrared Lamps
1. Heating Filament: tungsten
2. Size :23 *11mm OAL=510mm HL=430mm
3. 240v 3400w
4.Instant On/Off...

White reflector quartz infrared heating element
1.Coating:ceramic white
2.Peak wavelength: 2.8-4um
3.Function: for screen printing glass

Infrared Lamps
1. coating type: quartz tube heater
2. diameter :15mm
3. length:500mm
4. 220v 1600w...

Medium wave infrared emitter for pu press
1.Quartz wall thickness:2mm
2.Coating:Golden/Ceramic White
3.Function: for Pu drying process

Medium Wave Infrared Heater Lamps
1. diameter of quartz tube : 33*15mm
2. overall length:2400mm
3. 400v 5750w
4. reaction time : 2-4 minutes

Single Tube Infrared Heater Lamps
1. quartz tube diameter : 10mm/12mm
2. length: 512mm
3.400v 2000w
4.reaction time : 1 second

1. Shortwave infrared heaitng tube for printing
2. 1860mm OVL, 1780mm HL, 480V/10000W
3. Application: Flat glass pressing machine