The ceramic all-infrared heating element (FTE) is designed for situations where powerful, immediate and long-lasting heat output is essential. This type of element belongs to the industry standard and is used worldwide in environments where high surface temperatures and reliable performance are required. Thanks to the combination of a robust ceramic housing and a high-quality iron-chrome-aluminium resistance wire, the element delivers constant and efficient heat output even when running at maximum load for long periods.
The ceramic material ensures even distribution of infrared radiation, transferring heat directly to surfaces and materials without the need for air movement. This makes the element particularly suitable for processes where precise and controlled heat is required. The useful wavelength range of 2 to 10 microns perfectly suits applications where materials need to be heated quickly and effectively.
Despite its powerful performance, the element has a compact design, making it easy to integrate into a variety of installations. Its dimensions of 245 × 60 × 35 mm make it suitable for both small and large heating systems. With an average weight of just 190 grams, the element is light enough for easy installation, but sturdy enough to withstand long-term use.
The heating element is designed for a maximum operating temperature of 750 °C and has an average lifespan of up to 20,000 hours, depending on operating conditions. This makes it a durable and reliable choice for intensive applications. The standard heating voltage of 230V ensures that the element can be used directly in most European systems.
The element comes with 120 mm ceramic bead power cables, which are resistant to high temperatures and contribute to safe installation. For specific projects, variations in voltage, wattage, cable length and connections are available on request. Thanks to UL approval, the element also complies with international safety standards, providing additional security for professional use.
Product application
- Industrial heating processes requiring high surface temperatures.
- Drying plants
- Production halls
- Workshops and warehouses
- Laboratories
