Infrared Heater Manufacturer in India
Looking for a trusted infrared heater manufacturer in India?
Choose Antique Heating Elements (AHE) for high-quality, efficient, and custom-designed infrared heaters to suit your industrial applications.
- ISO 9001:2015 & ISO 14001:2015 Certified
- 15+ Years of Manufacturing Expertise
- Custom Sizes & Industrial Solutions Available
Get Best Quote and details from Antique Heating Elements
At Antique Heating Elements (AHE), we are a leading manufacturer and supplier of Infrared Heaters in India. Infrared heaters work by emitting infrared radiation that directly heats objects, surfaces, and materials without heating the surrounding air, making them highly energy-efficient and fast-acting. With 15+ years of expertise and ISO 9001:2015 & ISO 14001:2015 certifications, we manufacture short-wave, medium-wave, and long-wave infrared heaters tailored for applications in packaging, printing, drying, food processing, plastics, and paint curing industries.
At Antique Heating Elements (AHE), we design high-performance infrared heaters for drying, curing, and surface heating applications. These heaters provide instant heat response, uniform radiation, and clean operation, making them ideal for industries such as textiles, pharmaceuticals, automotive, and industrial manufacturing. Their ability to deliver targeted heating ensures faster processing times and improved production efficiency.
Infrared heaters are often integrated with Strip Heaters and Silicone Heaters in drying and curing systems to enhance surface heating performance. For air-handling and temperature control systems, they are frequently used alongside Finned Heaters and Duct Heaters to maintain consistent thermal conditions.
In high-temperature industrial operations, infrared heaters can complement Furnace Heaters and Casted Heaters for robust thermal output. In plastics processing and hot runner systems, they are commonly used in parallel with Coil Heaters and Ring Heaters to achieve precise and efficient heating performance across complex applications.
Key Features of Infrared Heaters
- 🌡️ Fast Heat Transfer – Provides instant heating without heat loss to air
- ⚡ Energy Efficient – Consumes less power compared to conventional heaters
- 🛡️ Durable Construction – Quartz tubes or ceramic panels for long service life
- 🔧 Custom Configurations – Available in short, medium, and long-wave designs
- 🌍 Uniform Heating – Ideal for surface heating and drying applications
- 🔥 Clean Heating Solution – No flames, fumes, or pollution
Specifications :
- Types Available: Short-Wave, Medium-Wave, Long-Wave Infrared Heaters
- Material Options: Quartz Tube, Ceramic Plate, Halogen IR Tubes
- Operating Temperature: 200 °C to 1000 °C (depending on type)
- Voltage: 110V / 230V / 415V
- Wattage Range: 250W to 5000W (custom options available)
- Mounting Options: Reflectors, Panels, Modular Fittings
- Designs: Single tube, twin tube, ceramic panel, custom-built
Applications :
- Packaging industry (shrink tunnels, sealing machines)
- Printing and laminating machines
- Food and beverage drying & warming systems
- Plastic thermoforming and heating processes
- Paint drying and powder coating curing
- Textile and paper drying applications
Why Choose AHE Infrared Heaters?
✔ 15+ years of expertise in manufacturing IR heating technology
✔ ISO 9001:2015 & ISO 14001:2015 certified manufacturer
✔ Custom infrared heaters for packaging, drying, and curing systems
✔ Durable quartz and ceramic construction for long service life
✔ Energy-efficient and environment-friendly solutions
✔ Competitive pricing with reliable after-sales support
FAQ's
1. What is an infrared heater and how does it work?
An infrared heater is an electric heating device that generates infrared radiation to heat objects and surfaces directly instead of heating the surrounding air. This radiant heating method provides fast, energy-efficient, and uniform heat transfer, making infrared heaters ideal for industrial processes such as drying, curing, thermoforming, paint baking, and plastic processing.
2. What are the advantages of using an infrared heater?
Infrared heaters offer several benefits, including rapid heat-up, energy efficiency, uniform heating, precise temperature control, and reduced heat loss. Since they heat objects directly, they improve production efficiency, lower operating costs, and deliver consistent results in industrial manufacturing applications.
3. What are the common applications of infrared heaters?
Infrared heaters are widely used in industries such as plastic processing, packaging, printing, automotive, food processing, textile, glass manufacturing, powder coating, paint drying, thermoforming, laminating, and pharmaceutical manufacturing. They are ideal for drying, curing, heating, shrinking, preheating, and surface treatment applications.
4. How do I choose the right infrared heater for my application?
When selecting an infrared heater, consider factors such as heater type (ceramic, quartz, or halogen), operating temperature, wattage, voltage, heating area, wavelength, mounting position, and application requirements. Choosing the correct heater ensures optimal heating performance, improved energy efficiency, and longer service life.
5. Can infrared heaters be customized for industrial applications?
Yes. Industrial infrared heaters can be customized based on your application requirements. Manufacturers can provide custom sizes, wattages, voltages, shapes, mounting options, reflector designs, operating temperatures, and terminal connections to ensure maximum heating efficiency and compatibility with your machinery or production line.
6. When should a facility transition to an infrared heater manufacturer?
Standard contact heating transfers thermal energy via conduction or convection. An infrared heater, however, transfers heat through electromagnetic radiation waves. This tech is ideal for:
- Continuous Conveyor Belts: Drying textiles, paper, or printed packaging materials rapidly.
- Automotive Surface Curing: Baking paint and clear coats smoothly without introducing dust from forced-air blowers.
- Thermoforming: Pre-heating plastic sheets uniformly before they are vacuum-molded.
Infrared Heater Comparison Table
Parameter | Details |
Material | Quartz Tube / Ceramic Plate / Halogen IR Tube |
Temperature Range | 200 °C – 1000 °C (depending on wave type) |
Applications | Packaging, Printing, Food, Plastics, Paint Curing, Textile |
Advantages | Fast heating, energy-efficient, clean & uniform heating |
Product Details :
| Infrared Heater | |
|---|---|
| Minimum Order Quantity : | 6 Pieces |
| Power (Watts) : | As per recommendation for the Process |
| Voltage : | As per recommendation for the Process |
| Size : | As per recommendation for the Process |
| Port of Dispatch : | Ghaziabad |
