Lighting Bulbs & Tubes

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

1.300mm overalll length,220mm active length
2.2750W/240V, Fast response halogen infrared emitter
3. Selective infrared oven for welding

1.850mm overalll length,750mm active length
2.2750W/240V, years for Evenly heating Infrared radiant IR emitter
3.Heidelberg printer machine

1. 850mm overalll length,750mm active length
2. 2750W/240V, Saving energy costs shortwave infrared lamps
3. Wave soldering machines

1. 1150mm overalll length,1000mm active length
2.2750W/240V, Halogen twin tube golden IR lamps
3.Reflow oven with infrared emitter

1.300mm overalll length,220mm active length
2.2750W/240V, Quickly infrared emitter twin tube active heating
3.Selective soldering machine

Twin Tube IR Heat Lamps
1.diameter 23*11 33*15mm
2.Instant On/Off
3.Long Life design
4.High efficiency since 85% of output is in IR region

Twin Tube IR Heat Lamps
1.diameter 23*11 33*15mm
2.Instant On/Off
3.Long Life design
4.High efficiency since 85% of output is in IR region

Twin Tube IR Heat Lamps
1.diameter 23*11 33*15mm
2.Instant On/Off
3.Long Life design
4.High efficiency since 85% of output is in IR region

Twin Tube IR Heat Lamps
1.diameter 23*11 33*15mm
2.Instant On/Off
3.Long Life design
4.High efficiency since 85% of output is in IR region

Twin Tube IR Heat Lamps
1.diameter 23*11 33*15mm
2.Instant On/Off
3.Long Life design
4.High efficiency since 85% of output is in IR region

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

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

Compact and Clean Energy
A non-polluting heat source from a light weight and compact footprint enables flexible design possibilities.

Compact and Clean Energy
A non-polluting heat source from a light weight and compact footprint enables flexible design possibilities.

Compact and Clean Energy
A non-polluting heat source from a light weight and compact footprint enables flexible design possibilities.