Features of fiberglass negative pressure fan
Its appearance is fluid, waterproof, rainproof, large air volume, and low noise. It is produced using good raw materials, with good impact resistance and high corrosion resistance. Its surface and interior are smooth, and its continuous service life can reach over 20 years.
The shell is manufactured by SMC molding, integrally molded, with no micropores on the surface, clean and beautiful, easy to clean, and cost saving
3. The fan blade is molded with SMC glass fiber reinforced plastic, and six blades are assembled and formed. They are installed, corrosion resistant, acid and alkali resistant, quiet, and stable in operation
The shutter does not require the use of power and personnel switches, and its principle is the downstream principle of air. The shutter automatically opens and closes to achieve dustproof, waterproof, and elegant appearance. Advantages of fiberglass negative pressure fan
Performance characteristics of fiberglass fan exhaust fan
- Adopt new materials and spatial cross-linking technology, featuring high water absorption, high water resistance, poison resistance, corrosion resistance, and long service life
- Product evaporation is greater than on the ground,
- The product contains surfactant, natural stream water, fast expansion speed, and extremely long efficacy. A drop of water can diffuse within 4-5 seconds, with a natural water absorption height of 60-70 mm/minute; Advantages of fiberglass negative pressure fan
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- It does not contain allergenic substances, and is green, environmentally friendly, safe, energy-saving, economical and practical.
What are the advantages of fiberglass negative pressure fans
Fiberglass negative pressure fan is a common ventilation tool in animal husbandry and is also used in other industries. Below, we will share its own characteristics with you.
- The equipment has a long usage time and can operate for at least ten years, benefiting from ten years of effort at once.
- Easy installation, saving you a significant amount of labor and material costs: free from maintenance and repair.
- Free of electricity, utilizing temperature difference and natural wind to rotate the equipment, saving a large amount of operating costs, and the effect is no less than other similar exhaust products.
- The fiberglass negative pressure fan adopts a complete set of Dutch UBC New Zealand NSK fully sealed bearings and does not require lubrication. No motor, no power consumption, no noise, small size, light weight, high exhaust efficiency, and convenient installation.
Attributes of the Animal Husbandry Fan and Pig House Cooling Fan
The Animal Husbandry Fan and Pig House Cooling Fan come equipped with a range of attributes that distinguish them as transformative tools in livestock management.
- High-Performance Cooling Mechanism
At the core of both fans lies a high-performance cooling mechanism that harnesses the principles of evaporation. As water is released into the air, it evaporates, absorbing heat and lowering the temperature in the surrounding environment. This mechanism ensures effective cooling without relying on excessive energy consumption, making these fans a sustainable choice for livestock climate control.
- Robust Construction for Livestock Environment
The construction of both fans is carefully engineered to withstand the challenges of animal husbandry environments. Corrosion-resistant materials and durable components ensure that the fans can endure the demands of pig houses and other livestock facilities. This robust construction contributes to the longevity of the fans, ensuring reliable performance over extended periods.
- Sophisticated Control Systems
The Animal Husbandry Fan and Pig House Cooling Fan are equipped with sophisticated control systems that empower livestock managers to tailor the climate control settings to the specific needs of their animals. These systems enable adjustments to water flow, fan speed, and temperature settings, providing precise control over the environmental conditions within the facility.
Functions of the Animal Husbandry Fan and Pig House Cooling Fan
- Heat Stress Mitigation
Heat stress is a significant concern in animal husbandry, particularly in pig houses. High temperatures can lead to reduced feed intake, decreased productivity, and even health issues among livestock. The Animal Husbandry Fan and Pig House Cooling Fan excel in heat stress mitigation by introducing cooling and moisture to the air. This reduces the risk of heat stress and promotes optimal pig health and performance.
- Humidity Regulation
Humidity levels also play a crucial role in livestock comfort and welfare. Excessive humidity can lead to respiratory issues and the growth of harmful microorganisms. Both fans address this challenge by maintaining controlled humidity levels through the evaporation process. By regulating humidity, the fans create an environment that supports livestock well-being while reducing the likelihood of disease transmission.
- Air Quality Enhancement
Air quality is essential for animal health and productivity. Dust, ammonia, and other airborne particles can pose a threat to livestock well-being. The Animal Husbandry Fan and Pig House Cooling Fan contribute to air quality enhancement by creating continuous air exchange and filtration. The introduction of moisture aids in capturing and removing airborne particles, ensuring that the animals breathe clean and fresh air.
Advantages of the Animal Husbandry Fan and Pig House Cooling Fan
- Improved Livestock Welfare
The primary advantage of both fans is the direct improvement in livestock welfare. By creating a comfortable and controlled environment, the fans minimize the stressors that can affect animal health and performance. This improvement in welfare translates into healthier and more productive animals.
- Enhanced Productivity
Livestock that are provided with optimal climate conditions are more likely to exhibit consistent growth rates and reproductive performance. The Animal Husbandry Fan and Pig House Cooling Fan contribute to enhanced productivity by mitigating the impact of heat stress, regulating humidity, and maintaining air quality.
- Sustainable Solution
Both fans align with sustainability goals by using the natural process of evaporation for cooling. This approach requires significantly less energy compared to traditional air conditioning systems, resulting in reduced energy consumption and operational costs. Additionally, the fans’ durable construction ensures a longer lifespan, minimizing the need for frequent replacements.
Application: Exhaust and ventilation for commercial buildings and factories and mining enterprises (suitable for light steel structure roofs). Fiberglass negative pressure fan is a device that utilizes the principle of natural air convection and combines its own structural design to accelerate and transform parallel air flow into vertical air flow from bottom to top, in order to improve indoor ventilation and ventilation efficiency. It does not require electricity, has no noise, and can operate for a long time, discharging indoor heat, smoke, odors, water vapor, etc. The fiberglass negative pressure fan can operate continuously for 951 days throughout the year with only a small amount of wind power. No electricity required. High sensitivity, it can easily drive the turbine blades to rotate with just a gentle breeze or indoor/outdoor temperature difference. Improve the working environment in the factory and enhance work efficiency. Can bring you fresh air convection, eliminate hot air, exhaust gas, or foul air.
Fiberglass negative pressure fan is a new type of ventilation equipment made of anti-corrosion fiberglass material, belonging to the axial flow fan. Its outer frame is made of anti-corrosion fiberglass material. Fiberglass reinforced plastic (FRP) fan refers to a fan made of fiberglass (FRP) material, which has the same appearance and size as a steel fan, except that the shell and impeller are made of FRP material. Its main characteristics are corrosion resistance, acid and alkali resistance, and it belongs to a type of anti-corrosion fan. Fiberglass fans are suitable for ventilation and exhaust in office buildings, shopping malls, cinemas, hospitals, factories, workshops, basements, and other places. The gas conveyed should be non viscous, with a gas temperature not exceeding 80 ℃ and a medium containing a mass not exceeding 150mg/M3.
The working principle is to use negative pressure ventilation to achieve the purpose of air circulation, ventilation and cooling. When the negative pressure fan is working, its powerful exhaust air volume can quickly expel indoor hot and stuffy air with poor circulation, and form a situation of air circulation and convection exchange, even creating a feeling of ventilation in the environment. We all know that in a house with good ventilation, the temperature will naturally not be high, and it will not feel stuffy. The fiberglass negative pressure fan has the characteristics of corrosion resistance, high air volume, low energy consumption, low speed, and low noise.
