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Noblelight Carbon Infrared Emitter CIR®

Name: Noblelight Carbon Infrared Emitter CIR®
Brand: Noblelight

A carbon heating filament inside the Golden 8 twin tube — medium-wave radiation at high power density, but with a response time in seconds. On water-based coatings it does the same drying job as a short-wave emitter on up to 30% less energy.

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Key Benefits

Why Choose the Noblelight Carbon Infrared Emitter CIR®

Carbon heating filament — medium-wave radiation with a 1–2 s response time

Up to 30% less energy than short-wave emitters when drying water-based coatings

Medium-wave radiation is absorbed particularly well by water, glass and many plastics

Twin tube (the “Golden 8”) for double power and mechanical stability

Also available as a round tube

Gold reflector for directed radiation; robust ceramic lamp base

Technical Overview

At a Glance

Power

60 W/cm (twin tube) · 30 W/cm (round tube)

Max. Heated Length

5,000 mm (twin tube) · 1,500 mm (round tube)

Cross-Section

34 × 14 mm (twin tube) · 19 mm (round tube)

Filament Temperature

1,200 °C

Peak Wavelength

2 µm

Max. Power Density

110 kW/m² (twin tube) · 85 kW/m² (round tube)

Specifications

Technical Specifications

Power	60 W/cm (twin tube) · 30 W/cm (round tube)
Max. Heated Length	5,000 mm (twin tube) · 1,500 mm (round tube)
Cross-Section	34 × 14 mm (twin tube) · 19 mm (round tube)
Filament Temperature	1,200 °C
Peak Wavelength	2 µm
Max. Power Density	110 kW/m² (twin tube) · 85 kW/m² (round tube)
Response Time	1–2 s
Switch-On Current Factor	0.8
Systems	Can be built into complete IR systems, e.g. Infradry® dryers

Best For

Ideal Applications

Flow-out and curing of powder coatingsDrying of water-based and aqueous coatingsBrowning of toppings and garnish on ready mealsHeating of plastics and glassDrying of coated metal foils for battery electrodes