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Noblelight Golden 8 Twin Tube Infrared Emitter

Name: Noblelight Golden 8 Twin Tube Infrared Emitter
Brand: Noblelight

The twin quartz tube in the shape of an eight, with a gold reflector behind it — double the radiation density and enough mechanical stability for emitters up to 6.5 m long. Supplied short-wave, fast-response medium-wave or medium-wave, so the wavelength is matched to the material rather than the other way round.

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Key Benefits

Why Choose the Noblelight Golden 8 Twin Tube Infrared Emitter

High-purity quartz glass for good transmission and thermal stability

Gold reflector emits the heat directly at the product, almost doubling the effective radiation

Twin tube (the “Golden 8”) for high radiation density and stability, even at 6.5 m

Three wavelengths — short-wave, fast-response medium-wave and medium-wave

Wavelength, dimensions and filament made to the application

Robust ceramic lamp base

Technical Overview

At a Glance

Wavelength (SW / FRMW / MW)

1.0–1.4 µm · > 1.4 µm · 2.4–2.7 µm

Power (SW / FRMW / MW)

< 200 W/cm · 80 W/cm · 18 / 20 / 25 W/cm

Filament Temperature

1,800–2,400 °C · 1,400–1,800 °C · 800–950 °C

Max. Heated Length

6,400 / 2,400 mm (SW, FRMW) · 1,500 / 2,000 / 6,500 mm (MW)

Cross-Section

34 × 14 / 23 × 11 mm (SW, FRMW) · 18 × 8 / 22 × 10 / 33 × 15 mm (MW)

Max. Power Density

200 · 150 · 60 kW/m²

Specifications

Technical Specifications

Wavelength (SW / FRMW / MW)	1.0–1.4 µm · > 1.4 µm · 2.4–2.7 µm
Power (SW / FRMW / MW)	< 200 W/cm · 80 W/cm · 18 / 20 / 25 W/cm
Filament Temperature	1,800–2,400 °C · 1,400–1,800 °C · 800–950 °C
Max. Heated Length	6,400 / 2,400 mm (SW, FRMW) · 1,500 / 2,000 / 6,500 mm (MW)
Cross-Section	34 × 14 / 23 × 11 mm (SW, FRMW) · 18 × 8 / 22 × 10 / 33 × 15 mm (MW)
Max. Power Density	200 · 150 · 60 kW/m²
Response Time	1 s · 1–2 s · 1–4 min
Reflector	Gold reflector, or QRC® quartz nano-reflector
Switch-On Current Factor	SW 12–17 · FRMW 10–13 · MW 1–1.05
Accessories Required	Clamping spring and holding spring per emitter

Best For

Ideal Applications

Drying of coatings and inks in infrared ovensLaminating and embossingPre-heating before forming, welding or bondingSafety glass processingRetrofit heating into existing production lines