Products

The industrial floor fan motor is an AC induction motor specifically designed to drive large fan blades and operate under long-term, high-load conditions. It is suitable for various harsh industrial environments. We can help customers select the matching motor power and type based on fan blade size and usage scenarios, while providing long-term stable supply, detailed technical parameter specifications, installation dimension drawings, and wiring diagrams. Our core motors deliver high performance, long service life, and high reliability. Currently, we offer multiple motor models for customers to choose from, with materials including pure copper wire, pure aluminum wire, and copper-clad aluminum wire. The rational air duct design of the housing and high-quality varnishing process ensure the motor maintains a low temperature rise even in high-temperature environments, preventing damage from overheating. Precision manufacturing processes make the motor run more smoothly with low noise and minimal vibration, enhancing the overall user experience. Excellent insulation and sealing treatments enable it to adapt to moderately humid and dusty environments, ensuring high reliability.

The industrial pedestal fan motor is an engineering masterpiece built for "heavy load, long cycle, and harsh environments". It serves as the core equipment for ventilation and cooling in large spaces such as factories, workshops, warehouses, and gymnasiums. Adopting AC asynchronous motor technology, it can operate continuously, stably for long periods. The housing is made of aluminum, which is not only sturdy but also boasts excellent thermal conductivity. The integrated design of the fan blades generates strong air flow that directly provides forced air cooling to the motor core, effectively preventing overheating caused by prolonged operation. It uses insulation materials of at least Class F (155°C) with a large heat resistance margin. Even if the temperature rise is high in harsh environments, the insulation will not age or fail, greatly extending the motor's service life. The bearings must be fully enclosed ball bearings. Industrial motors bear heavy loads and run for long hours, and ball bearings can withstand greater radial and axial forces with excellent wear resistance. Our advantages lie in the motor's high reliability, durability, and low maintenance costs. Professional engineers conduct tests and verifications based on the parameter requirements provided by customers, ensuring the motor has good heat dissipation, stable operation, low noise, and high safety.

Industrial evaporative air cooler (also known as eco-friendly air conditioner or evaporative cooler) differs from household fan motors primarily in power, durability, and design. It is mainly used in industrial workshops, large public places, commercial spaces, animal husbandry facilities, agricultural greenhouses, and other scenarios. Based on the overall air duct design and performance requirements of the evaporative cooler, we conduct electromagnetic design, structural design, and heat dissipation design, while rigorously selecting high-quality core raw materials such as silicon steel sheets, electromagnetic wires, bearings, and insulation materials. The advantages of our industrial evaporative cooler motors lie in optimized electromagnetic design and high-quality materials, resulting in better efficiency and lower power consumption under the same air volume. The high-speed and high-torque design can drive large impellers to generate substantial air volume and pressure, covering a wide area. The robust mechanical structure, high-grade insulation, and protection enable it to meet the industrial intensity of continuous operation. Precision dynamic balance calibration and high-quality bearings ensure low motor vibration and noise, enhancing the comfort of the working environment. Equipped with overheat protection, it effectively prevents motor burnout and safeguards the safety of equipment and personnel.

The core function of an industrial ventilation fan motor is to achieve efficient, reliable, and continuous air exchange. Engineered for long-term continuous operation in harsh environments, it features high torque, high protection level, and extended service life. It is basically categorized into shaded-pole motors, capacitor-run asynchronous motors, and three-phase asynchronous motors. The first type is used for small, low-power industrial ventilation fans, while the latter two are designed for high-power, large-size industrial ventilation fans. Boasting high efficiency, stable operation, and strong reliability, they are the preferred choice for heavy industrial settings. These motors are mainly applied in high-temperature and high-humidity environments, polluted environments, dusty environments, and similar conditions. The production of industrial ventilation fan motors emphasizes reliability, consistency, and environmental adaptability. Customized electromagnetic and structural designs are implemented based on load requirements and operating conditions. Most housings are made of high-strength cast iron, die-cast aluminum alloy, or high-quality steel plates to ensure structural rigidity and effective heat dissipation. Automated winding guarantees precision, and the dip-coating process integrates the coil into a unified unit, enhancing insulation strength, moisture resistance, and heat dissipation performance. Our advantage lies in prioritizing protection class, insulation class, and energy efficiency. We adopt long-lasting, maintenance-free sealed bearings and assist customers in selecting the most suitable motor model tailored to their specific environmental and air volume needs.

The industrial drum fan motor is a capacitor-run single-phase asynchronous motor specifically designed to drive large, heavy fan blades. It features distinct structural characteristics to meet the requirements of high air volume, high torque, and long-term continuous operation. This type of motor delivers strong starting torque and stable running performance. Its structure typically adopts an all-metal housing, offering excellent heat dissipation and high mechanical strength to withstand minor collisions. The design focus of such motors lies in high torque rather than high speed, enabling them to stably drive large-area fan blades and generate powerful "air columns". They are mainly used in large industrial workshops, construction sites, warehouse logistics, and other scenarios. Our industrial drum fan motors utilize pure copper wire, ball bearings, and metal housings, capable of sustaining heavy-duty 24/7 uninterrupted work. The metal housing and scientific air duct design can quickly dissipate heat generated during operation, preventing the motor from burning out due to overheating. Good dynamic balance and a robust structure ensure minimal vibration during high-speed operation.