Industrial infrared heater
Achieve improved irradiation efficiency and space-saving with our unique transparent quartz tube and proprietary reflective film technology! Contributing to increased production efficiency in various industries!
The Excellitas Noble Light (formerly Heraeus Noblelight) infrared heater achieves a radiation rate of 95% through its unique reflective film technology, resulting in high heating efficiency. It can also be used in combination with warm air, allowing for easy efficiency upgrades and space-saving modifications to existing warm air stoves. By adopting a unique quartz twin-tube shape for the heater tube, it offers excellent mechanical strength and the ability to provide long heaters. 【Features】 - Quartz glass Twin-Tube structure for excellent mechanical strength and the ability to produce long heaters - High radiation rate (95%) achieved through gold reflective film - Supports high output (shortwave 120KW/m2) - Prevents convective losses and excels in thermal shock resistance, among other benefits *For more details, please download the PDF or contact us.
basic information
Types of Handling Heaters ■ Short-Wave Infrared Heater (Near Infrared Heater) ■ Medium Infrared Carbon Heater CIR(R) ■ Medium Infrared Heater ■ Special-Shaped Infrared Heater ■ QRC(R)nano Infrared Heater *For more details, please download the PDF or contact us.*
Price range
Delivery Time
Model number/Brand name
Noble Light
Applications/Examples of results
■Thermal welding of plastics ■Heating of plastics (resins) ■Embossing and laminating of films and sheets ■Heating and drying of building materials and interior materials ■Preheating of glass before reheat forming ■Heating and drying of textiles and non-woven fabrics ■Coating drying of water-based paints and powder coatings ■Drying of powder coatings on metal products ■Application of infrared in the drying process of digital printing and flexographic printing ■High-temperature and high-speed heating of metal ingots and sheets ■High-speed heating of aluminum alloys, hot stamping, semi-solid die casting, etc. ■Preheating of powder materials for 3D printing before sintering ■High-output preheating of heavy objects such as molds ■Preheating of carbon fiber reinforced plastics (CFPR) before molding ■Drying and sintering of metal inks in printed electronics ■Freeze prevention measures in power plants, etc. ■Formation of plastic blisters, sealing bags for blood and infusions, drying and printing of syringes ■Heating applications in the automotive field (wrinkle removal, thermal welding, activation of adhesives, molding, etc.) ■Heating applications in the food sector (browning of vegetables, meat, sweets, chocolate, bread, etc., and mold prevention measures) *For more details, please contact us.
