Halogen Bulbs

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.

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

1.energy efficient drying

2.high quality finish
3.Contactless heat transmission, no material adheres to the heat source
4.fast response

1.energy efficient drying

2.high quality finish
3.Contactless heat transmission, no material adheres to the heat source
4.fast response

1.energy efficient drying

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

1.energy efficient drying

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

1.energy efficient drying

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

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.Luminous or high intensity
4.Fast response time:1s
5. High efficiency

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.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.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.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.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.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.filament material used for electrical infrared heaters is tungsten wire
2.quartz glass- hotter melting point
3.fast response time, 1 second

1.filament material used for electrical infrared heaters is tungsten wire
2.quartz glass- hotter melting point
3.fast response time, 1 second