Quartz Products

1. Instant heat : More than 90% emission within 2 mins
2. Clean: No byproduct, no Pullution
3.heating material : alloy wire
4.warranty time:20000Hs

1. Instant heat : More than 90% emission within 2 mins
2. Clean: No byproduct, no Pullution
3.heating material : alloy wire
4.warranty time:20000Hs

1. Instant heat : More than 90% emission within 2 mins
2. Clean: No byproduct, no Pullution
3.heating material : alloy wire
4.warranty time:20000Hs

1.Heat is applied precisely where and only for required
2.infrared radiation requires neither contact nor intermediate transfer medium
3.clean

1.Heat is applied precisely where and only for required
2.infrared radiation requires neither contact nor intermediate transfer medium
3.clean

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

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

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

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

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

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

1. Instant heat : More than 85% emission within 2 mins
2. Clean :No byproduct, no Pullution
3. Safe : Quartz envelope, heat shock resistance

1.Using Ni-Cr or Fe-Cr-A1 resistance wire as filaments
2.Response time around 1 minute
3.IR wavelength between 2-4um
4.long service life 20000hs

1.Using Ni-Cr or Fe-Cr-A1 resistance wire as filaments
2.Response time around 1 minute
3.IR wavelength between 2-4um
4Max. length up to 6000mm

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

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

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

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

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