As the application of hot air blowers becomes increasingly widespread, they are now being favored in industrial production under certain special conditions, such as environments with large amounts of steam, where the recycling of hot air sources is required. In the past, hot air blower products could not meet such conditions, as the heating cavity of traditional hot air blowers typically used a honeycomb coal-type insulating porcelain with an electric heating wire inserted through the center hole. The honeycomb coal-type insulating porcelain absorbs a lot of moisture, which can cause it to crack during use, making it unsuitable for environments with steam. However, with the continuous advancement of industry technology, the characteristics of industrial hot air blowers on the market are becoming more and more diverse:
One, two-level function settings.
Temperature control [0-65], (for high temperatures, choose our high-temperature fan with max control up to 90°C, 300°C, etc.), reset control [65-75].
Triple automatic overheating protection, manual restart device, built-in automatic temperature controller.
Four, the internal wiring uses high-temperature-resistant silicone wire, extending service life.
Five, features a unique warm air start and automatic cooling shutdown device. The electric heating tube pre-heats to a certain temperature before automatically starting the fan, ensuring that warm air is available immediately upon turning on; after the heating is stopped, the fan operates automatically for a period of time to ensure the entire unit cools to an appropriate temperature before automatically shutting down, enhancing the safety and ease of operation of the equipment.
Six, utilize imported connectors to ensure the reliability and safety of electrical connections.
Section 7: Electric heating tubes are made of 304 stainless steel, with imported high-temperature crystalline magnesium powder as the filling, ensuring stable heat emission and extending the service life of the heating components.
Section 8: Suitable for heating basements, garages, warehouses, workshops, construction sites, mines, farms, greenhouses, living spaces, and for rapid drying of floors, as well as for heating in production processes and engineering applications.
Section 9: The rear bird-proof mesh design effectively enhances air intake efficiency, is more conducive to motor heat dissipation, and saves corresponding space.
Ten, utilize high-quality components and materials to ensure product quality.
