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220V 1300W Electric Far Infrared IR Quartz Carbon Fiber Heating Element
Infrared heating tube classification
According to infrared radiation wavelength: short wave, fast medium wave, medium wave, long wave (far infrared) infrared heating tube
According to the shape: single hole, double hole, special-shaped heating tube (U-shaped, Omega-shaped, ring, etc.) heating tube
Divided by function: transparent, ruby, half-plated white, half-plated, fully-plated (coated), frosted heating tube
According to heating material: halogen heating tube (tungsten wire), carbon heating tube (carbon fiber, carbon felt), electric heating tube
Technical parameters:
| Format | Length(mm) | Wave length()mm | Volt(v) | Power(w) | Dia.(mm) |
| Single tube | 280-1200 | 200-1120 | 220-240 | 200-2000 | 10/12/14/15 |
| Twins tubeWith 1 side connection | 185-1085 | 100-1000 | 115/120 | 100-1500 | 23*11/33*15 |
| 385-1585 | 300-1500 | 220-240 | 800-3000 | ||
| 785-2085 | 700-2000 | 380-480 | 1500-6000 | ||
| Twins tubeWith 2 sides connection | 185-1085 | 100-1000 | 115/120 | 200-3000 | 23*11/33*15 |
| 385-1585 | 300-1500 | 220-240 | 800-12000 | ||
| 785-2085 | 700-2000 | 380-480 | 1000-12000 | ||
Comparation between 4 types of heater :
| Contrast Item | Infrared heat emitter | Milk white heat emitter | Stainless heat emitter | |
| High infrared emitter | Medium wave heat emitter | |||
| Heating element | Tungsten alloy wire/Carbon fiber | Ni-Cr alloy wire | Iron-nickel wire | Iron-nickel wire |
| Structure and sealing | Transparent quartzglass filled with Inert
gas by vacuum way |
Encapsulated directlyin Transparent
quartz glass |
Encapsulated directlyin Milk white
quartz glass |
Encapsulated directlyin Stainless pipe
or Iron pipe |
| Thermal efficiency | Highest | Higher | High | Low |
| Temperature control | Best | Better | Good | Bad |
| Wavelength range | Short, Medium, Long | Medium, Long | Medium, Long | Medium, Long |
| Average life | Longer | Longer | Long | Short |
| Radiation attenuation | Less | Little | Much | Much |
| Thermal inertia | Smallest | Smaller | Small | Big |
| Temperature rise speed | Faster | Fast | Fast | Slow |
| Temperature tolerance | 1000 Degrees C | 800 Degrees C | Under 500 Degrees C | Under 600 Degrees C
|
| Corrosion resistance | Best(Besideshydrofluoric acid) | Better | Good | Worse |
| Explosion resistance | Better(Do not burstwhen contact with
cold water) |
Better(Do not burstwhen contact with
cold water) |
Worse(Burst easilywhen contact with
cold water) |
Good(Do not burstwhen contact with
cold water) |
| Insulation | Better | Good | Good | Bad |
| Targeted heating | Yes | Yes | No | No |
| Mechanical strength | Good | Good | Bad | Best |
| Unit Price | Higher | High | Cheap | High |
| Overalleconomic efficiency | Best | Better | Good | |
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