Standing fans, also known as floor fans or pedestal fans, are popular appliances used for cooling and improving air circulation in homes, offices, and other indoor spaces. They consist of a vertical stand with a motorized fan head that oscillates or rotates, allowing for widespread air movement. Standing fans is widely used even the air conditioners is used in most indoor space. It can makes the air circulate more fast and people can feels as they are in the nature world. As one of the leading standing fans manufacturers & suppliers in China, Baozhen Technology always produce quality and silence standing fans to our valued customers & Friends.
Baozhen had operated in the household appliances industry for more than 19 years. With 45000 squre meters manufacturing factory in Foshan, exported our floor fans over 120 countries in the world.
19 Years
Factory Experience
45000 ㎡
Manufacturing Center
3+ Lines
Floor Fans Production
120 +
Exported Countries
WHY CHOOSE US?
Quality Manufacturing
Our factory is certified with ISO, CE and BSCI. All standing fans are come with GS CE CB GCC CCC ERP certification.
Performance & Efficiency
All our floor fans have superior performance and energy efficiency. Advanced motor technology, optimized blade design, and airflow engineering.
Low Noise Operation
All pedestal fans are with optimized blades, noise-dampening materials & advanced motor technology that contribute to a quieter fan experience.
Durability & Longevity
High-quality components, robust construction and strict manufacturing process leads to long lifespan with stand regular use.
Competitive Pricing
Excellent value for standing fans price. Top-quality performance and features, competitively priced compared to similar models on the market.
Support & Warrantye
Our factory provides excellent customer support services, 2 YEARS quality guarantee and post-purchase assistance, troubleshooting or maintenance services.
Capacity Guarantee
3 production lines for standing fan and the annual output of is about 250,000 units, fast delivery time and meet your production capacity and urgent orders needs.
OEM & Customization
Our factory offers professional customization options or Original Equipment Manufacturer (OEM) services. Help you to win bigger market shares.
Maintenance Instructions of Standing Fan & Pedestal Fans
The Pedestal Fans needs very limited maintenance in our daily use. Do not try to fix it by yourself, refer it to qualified service personnel if service is required.
1. Before cleaning and assembling, do not plug the pins into the socket.
2. To ensure adequate air circulation to the motor,keep vents at the rear of the motor housing room dust, fluff and etc,A vacuum cleaner can not be used to clean these vents before unplug.Do not disassemble the fan to remove fluff.
3. Please wipe the exterior ports with a soft cloth soaking a mild detergent.Do not use any abrasive detergent or solvents to avoid scratching the surface.
4. Do not allow water or any other liquid in to the motor housing or interior parts.
5. If the power cord is damaged,it is strongly recommended to request a specialist to handle.
Here are some common features, standards, and parameters associated with standing fans:
Fan Size: Standing fans come in various sizes, typically ranging from 12 inches to 18 inches in diameter. The size refers to the diameter of the fan blades.
Adjustable Height: Most standing fans have an adjustable height feature, allowing you to modify the pedestal fan’s elevation according to your preference or the room’s layout.
Oscillation: Many standing fans offer an oscillation feature that enables the fan head to rotate horizontally, distributing air over a larger area. This helps in covering a wider space and providing more effective cooling.
Speed Settings: Standing fans usually have multiple speed settings, such as low, medium, and high. These settings allow you to adjust the fan’s airflow intensity to suit your comfort level.
Remote Control: Some standing fans include a remote control, which allows you to conveniently operate the fan from a distance, adjust settings, and control oscillation.
Timer Function: Certain standing fans have a timer function that enables you to set a specific time duration for the fan to operate before automatically turning off. This feature can be useful for energy-saving purposes or when you want the fan to turn off while you sleep.
Noise Level: The noise level of a standing fan is an important consideration, particularly if you intend to use it in quiet environments like bedrooms or offices. Manufacturers often provide information about the noise produced by the fan, typically measured in decibels (dB).
Power Consumption: Standing fans consume varying amounts of electrical power, generally ranging from 30 to 100 watts. Energy-efficient models are designed to minimize power consumption while delivering effective cooling.
Safety Features: Modern standing fans often incorporate safety features such as a sturdy base for stability, a protective grill or cage covering the pedestal fan blades to prevent accidental contact, and an automatic shut-off feature in case of overheating.
Aesthetics and Design: Standing fans are available in a wide range of designs, finishes, and colors, allowing you to choose one that complements your interior decor.
When selecting a standing fan, it’s essential to consider factors such as the size of the room, your cooling requirements, noise preferences, energy efficiency, and budget. Reading customer reviews and comparing specifications can help you find a standing fan that meets your specific needs.
The noise level of standing fans can vary depending on the quality of the pedestal fan, the speed setting, and the specific model. Fan noise is typically measured in decibels (dB). Here’s a general guideline for understanding noise levels:
Whisper Quiet: Below 40 dB – Fans that operate at this level are barely audible and provide minimal disturbance. They are suitable for environments that require low noise, such as bedrooms, libraries, or offices where concentration is necessary.
Quiet: 40-50 dB – Fans within this range produce a gentle humming sound that is generally considered acceptable for most indoor settings. They are still relatively quiet and won’t cause significant disruption, making them suitable for bedrooms, living rooms, and workplaces.
Moderate: 50-60 dB – Fans falling into this range produce noticeable but tolerable noise levels. They are often used in larger spaces or areas with more ambient noise, such as open-plan offices or common areas.
Loud: 60-70 dB – Fans in this range can be quite audible and may cause some disturbance, particularly in quiet environments. They are commonly found in industrial settings or areas where higher airflow is required, but they may not be ideal for residential use.
Very Loud: Above 70 dB – Fans in this range generate significant noise and are generally not recommended for indoor use, especially in residential settings. They are typically found in heavy-duty industrial or commercial applications.
It’s important to note that personal tolerance for noise can vary, and what one person finds acceptable, another may find bothersome. When choosing a standing fan, consider the environment in which it will be used and your own sensitivity to noise. Reading customer reviews and looking for fans specifically marketed as “quiet” or “low noise” can also help you identify models that prioritize noise reduction.
Additionally, it’s worth mentioning that as technology advances, manufacturers are continuously working to reduce pedestal fan noise levels. Therefore, newer models may offer improved noise performance compared to older ones.
Specifications and features commonly associated with standing fans:
Fan Size: Standing fans typically range in size from 12 inches to 18 inches in diameter. The size refers to the diameter of the pedestal fan blades and affects the airflow coverage.
Adjustable Height: Most standing fans have an adjustable height feature, allowing you to modify the fan’s elevation as needed. This feature is beneficial for directing airflow at different heights or adjusting the fan’s positioning.
Oscillation: Many standing fans offer an oscillation feature that allows the pedestal fan head to rotate horizontally, covering a larger area with airflow. The oscillation angle can vary, typically ranging from 90 degrees to 180 degrees.
Speed Settings: Standing fans generally have multiple speed settings to adjust the airflow intensity. The number of speed settings can vary, with common options being low, medium, and high. Some pedestal fans may offer additional speed increments for more precise control.
Controls: Standing fans can have different control options. They may include manual controls on the fan itself, touch-sensitive controls, or remote controls for convenient operation from a distance.
Timer Function: Some standing fans feature a timer function that allows you to set a specific time duration for the pedestal fan to operate before automatically turning off. This feature can be useful for energy-saving purposes or when you want the fan to turn off after a certain period.
Airflow Direction: While most standing fans provide a fixed vertical airflow direction, some models may offer adjustable tilt or pivot features to direct the airflow vertically or horizontally as desired.
Noise Level: The noise level of a standing fan is typically measured in decibels (dB). Manufacturers may provide noise level specifications for their fans, indicating the amount of noise produced at different speed settings.
Power Consumption: Standing fans consume electrical power, typically measured in watts. The power consumption can vary depending on the pedestal fan’s size, speed settings, and motor efficiency. Energy-efficient models are designed to minimize power consumption while delivering effective cooling.
Safety Features: Modern standing fans often incorporate safety features such as a stable base, a protective grill or cage covering the fan blades to prevent accidental contact, and an automatic shut-off feature in case of overheating.
Design and Aesthetics: Standing fans come in various designs, finishes, and colors to suit different preferences and interior styles. Some fans may also have additional features like LED displays, built-in air purifiers, or ionizers.
It’s important to note that specific specifications may vary between different models and brands of standing fans. When considering a standing fan, it’s advisable to review the product specifications provided by the manufacturer to ensure the fan meets your desired requirements.
Energy Efficiency: Energy efficiency has been a growing trend across various appliance sectors, including standing fans. Manufacturers are focusing on developing fans with more efficient motors, improved blade designs, and advanced airflow optimization to deliver effective cooling while consuming less energy. This trend aligns with the increasing emphasis on sustainability and energy conservation.
Smart Features: The integration of smart technology into standing fans is gaining popularity. Smart fans can be controlled remotely through smartphone apps or voice assistants, allowing users to adjust settings, set schedules, and monitor energy consumption. Additionally, smart fans may offer features like integration with smart home ecosystems, air quality sensors, and automation based on environmental conditions.
Enhanced Air Purification: Some standing fans now incorporate air purification features to improve indoor air quality. These pedestal fans may include built-in filters that capture dust, allergens, and pollutants, helping to create a cleaner and healthier environment. Integration with air quality sensors and real-time monitoring is also becoming more common.
Minimalist and Aesthetic Designs: Standing fans are increasingly being designed with a focus on aesthetics to complement modern interior decor. Manufacturers are incorporating sleek and minimalist designs, using premium materials, and offering a variety of color options. The aim is to make standing fans not only functional but also visually appealing as part of the overall room aesthetics.
Quieter Operation: Noise reduction is an ongoing concern for standing fan manufacturers. There is a focus on developing pedestal fans with quieter operation through improved motor technology, blade designs, and noise-dampening materials. Quieter pedestal fans are sought after for use in bedrooms, offices, and other quiet environments where noise disturbance is a concern.
Enhanced User Experience: Manufacturers are striving to enhance the user experience by improving features such as intuitive controls, easy assembly, and maintenance. User-friendly interfaces, clear displays, and ergonomic remote controls or touch panels are being incorporated to provide convenience and ease of use.
Multi-Functionality: Some standing fans are expanding their capabilities beyond cooling. They may include features such as built-in ionizers, humidifiers, aroma diffusers, or even Bluetooth speakers. This trend aims to provide added value and versatility to consumers by combining multiple functions into a single appliance.
It’s important to note that these trends are based on the industry landscape up until September 2022, and there may have been further developments and innovations since then. It’s always a good idea to stay updated with the latest product releases and industry news to be aware of the most recent trends in standing fans.
latest advancements in standing fan motor technology:
Brushless DC (BLDC) Motors: Brushless DC motors have been increasingly adopted in standing fans. Compared to traditional motors with brushes, BLDC motors offer several advantages, including higher energy efficiency, longer lifespan, quieter operation, and reduced maintenance requirements. These motors use electronic commutation instead of brushes, resulting in smoother and more efficient operation.
Electronically Commutated Motors (ECMs): ECMs are another type of motor commonly used in standing fans. These motors utilize advanced electronics to achieve greater energy efficiency and precise control of motor speed and torque. ECMs are known for their quiet operation, reduced energy consumption, and the ability to adjust speed dynamically based on environmental conditions.
Inverter Motors: Inverter motors, also known as variable speed motors, are becoming more prevalent in standing fans. These motors allow for flexible speed control, enabling fans to operate at various speeds depending on cooling needs. Inverter motors can adjust their speed based on temperature, user settings, or sensors, resulting in optimal energy efficiency and quieter operation.
Direct Drive Motors: Direct drive motors eliminate the need for a gearbox or belt system, directly connecting the pedestal fan blades to the motor. This design reduces mechanical losses, resulting in improved energy efficiency and quieter operation. Direct drive motors are known for their durability and reliability, as they have fewer moving parts compared to traditional motor configurations.
Sensor Technology: Some standing fans incorporate sensor technology to optimize performance and energy efficiency. For example, temperature sensors can detect ambient temperature and adjust fan speed accordingly. Humidity sensors can enable the fan to operate at varying speeds based on the level of humidity in the room. These sensors enhance the fan’s ability to provide personalized and efficient cooling.
Smart Motor Control: The integration of smart technology into standing fans has also impacted motor control. Smart fans can utilize advanced algorithms and machine learning to optimize motor performance, adapt to user preferences, and adjust speed and airflow based on real-time data. This level of control and automation allows for precise and efficient operation.
It’s important to note that motor technology advancements are continuously evolving, and there may have been further developments since my knowledge cutoff. It’s always recommended to stay updated with the latest industry news and product releases to be aware of the most recent advancements in standing fan motor technology.
Factors can influence the noise level of a standing fan:
Motor Design: The design and quality of the motor play a significant role in determining the noise level of a standing fan. Motors with advanced engineering and precision components tend to operate more quietly compared to lower-quality motors.
Blade Design: The design of the fan blades can impact noise generation. Specially designed blades with aerodynamic profiles and optimized pitch can reduce turbulence and noise during operation. Additionally, the number, shape, and spacing of blades can also affect noise levels.
Fan Speed: Generally, higher fan speeds tend to produce more noise due to increased airflow and turbulence. Running a fan at lower speeds can help reduce noise levels. Fans with multiple speed settings allow users to choose a speed that balances their cooling needs with noise preferences.
Airflow Path and Grills: The air path within the fan, including the shape and design of the grill or protective cage, can influence noise generation. Smooth airflow paths and grills with optimized spacing and shape can help minimize turbulence and noise.
Vibration and Stability: Vibrations from the motor and other components can contribute to noise. Fans with stable bases and good construction quality help reduce vibrations and, consequently, noise levels. Anti-vibration features, such as rubberized feet or dampening materials, can also help mitigate noise from vibrations.
Build Quality and Materials: The quality of the fan’s construction and the materials used can affect noise levels. Pedestal fans made with high-quality materials and sturdy construction tend to produce less noise. Cheaper or poorly constructed fans may have components that rattle or resonate, leading to increased noise.
Distance and Placement: The distance between the pedestal fan and the listener can impact perceived noise levels. The farther away the fan is placed, the lower the perceived noise. Additionally, placing the fan on a stable surface away from walls or objects that can reflect sound can also help reduce noise.
Maintenance and Cleaning: Dust accumulation on the blades or within the fan can cause imbalance and noise. Regular cleaning and maintenance, including dusting the blades and ensuring proper lubrication of moving parts, can help maintain quieter fan operation.
It’s important to note that noise perception can vary among individuals, and what may be considered quiet for one person might be perceived as noisy by another. When choosing a standing fan, it’s advisable to consider the noise specifications provided by the manufacturer, read customer reviews, and ideally listen to the pedestal fan in person, if possible, to assess its noise level based on your personal preferences.
Use with our brand name, the MOQ is 100pcs. for OEM order, the MOQ is 1000pcs. If ODM, should discuss according to actual conditions or normally 20000pcs/year.
We have 3 produciton lines keep running most of time and can add additional line in busy season. In averange, the production capacity is over 400000pcs per month in past few years.
