Infrared Heaters
High-performance IR emitters engineered for precision heat control and consistent thermal performance.
Emitted Energy’s Infrared Emitters are crafted to deliver targeted, consistent heat for demanding industrial processes. Designed for reliability, precision, and longevity, our emitters support a wide range of thermal applications—helping you improve productivity and ensure quality from the core.
Process Heating Solutions
Single Tube
Twin Tube
Custom Emitter
Ready to Upgrade Your Heating Technology?
Whether you’re improving an existing system or starting from scratch, we’ll help you implement the best-fit IR emitter solution.
What is Infrared Technology?
Infrared radiation is a form of electromagnetic energy emitted by atoms and molecules in all objects with temperatures above absolute zero (-273°C). Infrared (“below” or “beyond” red) lies between the visible and microwave spectrum. When infrared waves encounter an object, they can reflect, diffract, refract, transmit, or be absorbed, often simultaneously. Invisible to humans, infrared starts at 0.76 microns, extending to 10.0 microns. All objects emit infrared energy based on their temperature..
Variety of Wavelengths
We offer a broad range of infrared emitters, including:
Short-Wave Emitters
Ideal for applications requiring intense heat and immediate response.
Glass Tube: 99.9% Pure Fused Silica Quartz Sealed
Filament Material: Tungsten
Filament Temperature: 1800 – 2400°C (3300 – 4400°F)
Peak Wavelength: 1.0 – 1.4 µm
Response Time: About 1 sec.
Typical Applications:
- Plastics Welding
- Curing Painted Surfaces
- Curing Powder Coatings
- Polymerization of coatings for cooking utensils
- Drying porcelain and ceramics
- Drying and production of glass-plastic composites
- Semiconductor Production
Fast-Response Medium-Wave Emitters
Suitable for processes needing rapid temperature adjustments.
Glass Tube: 99.9% Pure Fused Silica Quartz Sealed
Filament Material: Tungsten
Filament Temperature: 1400 – 1800°C (2500 – 3300°F)
Peak Wavelength: 1.4 – 1.6 µm
Response Time: 1 – 2 sec.
Typical Applications:
- Drying Processes
- Plastics Processing
- Curing of Coated Surfaces
- Gelling PVC coatings on textiles
- And Many Others…
Carbon-Based Medium-Wave Emitters
Perfect for applications that require precise thermal profiles.
Glass Tube: 99.9% Pure Fused Silica Quartz Sealed
Filament Material: Wound Carbon Fiber-Woven
Filament Temperature: ~ 1200°C (~ 2200°F)
Peak Wavelength: ~ 2.0 µm
Response Time: > 3 sec.
Typical Applications:
- Drying Processes
- Curing of Coated Surfaces
- Pre-heating and Post-heating
- And Many Others…
Medium-Wave Emitters
Versatile solutions for various industrial heating needs.
Glass Tube: 99.9% Pure Fused Silica Quartz Sealed
Filament Material: Nickel-Chromium Alloy
Filament Temperature: 800 – 950°C (1500 – 1800°F)
Peak Wavelength: 2.0 – 4.0 µm
Response Time: > 1 min.
Typical Applications:
- Curing Painted Surfaces
- Preheating Plastics
- Curing Powder Coatings
- Drying / heat setting textiles after dyeing or printing
- Supplemental heating
- Drying or inks for printing and silk-screening
- Preheating and curing wood coatings
- Glass Curing
- And Many Others
Efficient Heating
Our infrared emitters deliver efficient heating, enhancing product quality and operational efficiency across diverse industries.
Integration with Thermal Cameras
When integrated with our advanced thermal cameras, these emitters facilitate Infrared Machine Vision, Process Control, and Quality Assurance Imaging. This combination helps identify inefficiencies and thermal anomalies, ensuring optimal process performance.
Heater Banks
Emitted Energy Corporation also provides heater banks, offering a cost-effective solution for incorporating infrared heat into industrial processes. These banks simplify the adoption of infrared technology, improving efficiency and product quality.
Precision and Control
Our emitters are engineered for precision and control, which are essential for maintaining high standards of product quality and operational efficiency.
Integration with PLCs
When coupled with phase-angle power controllers such as, (Link), the emitter can be controlled directly through a PLC and seamlessly integrated into a heating process, enabling automated power adjustments, optimal temperature control, and process efficiency.
Real-Time Monitoring
Leveraging thermal imaging technology to enable real-time monitoring and tracking of temperature changes. This provides valuable data-driven insights into process control, performance, and optimization.
We supply.
We support. We partner on solutions.
Designed specifically for thermal manufacturing needs
Trusted by manufacturers in high-stakes sectors
U.S.-based engineering and support
Fully customizable to your process needs
Project Payback Period
Trusted by Businesses Worldwide
Elevate Your Thermal Application with Our Infrared Emitters
Experience unmatched control and reliability with Emitted Energy’s engineered IR emitters. Let’s help you design the ideal heating solution.