Halogen Bulbs

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

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.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 because it has a hotter melting point than standard glass.

1.filament material used for electrical infrared heaters is tungsten wire
2.quartz glass because it has a hotter melting point than standard glass.

1.filament material used for electrical infrared heaters is tungsten wire
2.quartz glass because it has a hotter melting point than standard glass.

1.filament material used for electrical infrared heaters is tungsten wire
2.quartz glass because it has a hotter melting point than standard glass.

Near infrared region - short wave 0.75-1.5um
Function: Short response, Fast heating, drying and curing
Working Efficiency of Lamp : at least 83%

1.Short-Wave: 200 Watts/linear in.
2.Voltages: 120VAC, 240VAC, 480VAC
3.Available with straight wire leads, quick-disconnect sockets and 90℃ leads

1.Short-Wave: 200 Watts/linear in.
2.Voltages: 120VAC, 240VAC, 480VAC
3.Available with straight wire leads, quick-disconnect sockets and 90℃ leads

1.Short-Wave: 200 Watts/linear in.
2.Voltages: 120VAC, 240VAC, 480VAC
3.Available with straight wire leads, quick-disconnect sockets and 90℃ leads

1.Short-Wave: 200 Watts/linear in.
2.Voltages: 120VAC, 240VAC, 480VAC
3.Available with straight wire leads, quick-disconnect sockets and 90℃ leads

1.Short-Wave: 200 Watts/linear in.
2.Voltages: 120VAC, 240VAC, 480VAC
3.Available with straight wire leads, quick-disconnect sockets and 90℃ leads

1. Peak Wavelength range: 0.75-1.4um
2. Response time: 1s
3. Max Temp: 850-950℃
4.Multiple coatings available: Gold, Ceramic and Ruby