Ceramic heating element

flatnickelindustrial

Radiators IR-TYPE SMALL CURVED Use Heating of materials Heating of plastic sheets for thermoforming Thermal treatment of tissue Furnaces for printed circuit boards Sealing glass-metal and bending of plates Drying Paper, textile fabrics and various primers Synthetic and water-based inks, paints and glues Wood Glaze on ceramics Heating ovens for: Powder paints Teflon coatings Touch-up paint for car body Print These are some examples of the applications of ceramic radiators. Many materials have to be heated or dried in industrial processes and the infrared radiators are the ideal solution. Applications of ceramic radiators are truly limitless. Advantages irradiator ceramic infrared Fast transmission of heat Radiation constant over time Heating perfectly uniform Guaranteed operation over time Finishing durable, splash-proof and anti-corrosion Easy to assemble Specifications Power of 2.5 W / cm ² to 15 W / cm ² (10 kW / m² to 60 kW / m²) Max operating temperature: 700 º C (1292 º F) Infrared emission rate: 96% Resistive winding spiral Nickel-Chrome 80/20 Isolation in high purity ceramic with high mechanical resistance to thermal shock and high dielectric Power cable nickel, insulated with ceramic beads and resistant to high temperatures Turret mounting slot for standard 15×41 mm