Our high-performance FRP (Fiber Reinforced Plastic) Cone Exhaust Fans are engineered specifically for the demanding environments of modern livestock breeding. Designed to provide powerful negative pressure ventilation, these fans efficiently circulate indoor and outdoor air, rapidly expelling heat and humidity from poultry houses and workshops to maintain an optimal biological environment for livestock health.
Featuring a scientific cone design and corrosion-resistant fiberglass construction, our ventilation systems deliver massive air volumes with minimal noise. Whether you are managing poultry cages or large-scale breeding automation, these CE-certified fans offer a durable, energy-saving solution that resists oxidation and structural distortion even in the most corrosive agricultural settings.
Detailed Parameters
| Model Range | GL-850 to GL-1460 | Blade Material | Stainless Steel / Al-Mg Alloy |
|---|---|---|---|
| Voltage Options | 380V / 220V | Certification | CE Certified |
| Max Air Volume | Up to 44,500 m³/h | Max Power | Up to 1.1 kW |
| Frame Material | Anti-corrosion FRP | Shutter Material | High-strength PVC |
| Special Feature | Low Noise / Energy Saving | Application | Farm Poultry / Industrial |
Key Advantages
Anti-Corrosion FRP
Constructed from high-grade fiberglass reinforced plastic to withstand corrosive gases in livestock farms.
Extended Lifespan
High-strength materials ensure the fan resists distortion and wear, reducing long-term replacement costs.
High Air Volume
Scientific cone design maximizes airflow efficiency, ensuring rapid temperature control in large facilities.
Ultra-Low Noise
Optimized blade mirrors and motor balance reduce acoustic pollution, minimizing livestock stress.
PVC Oxidation Resistance
High-strength PVC shutters prevent oxidation and maintain a perfect seal against external drafts.
Energy Efficient
Advanced motor technology delivers superior performance with lower power consumption per m³ of air.
Product Gallery
Management Platforms
Custom Design
Tailored fan sizing and configuration to fit your specific farm layout and air requirements.
Precision Manufacturing
Injection moulding and mirror-designed blades for zero-distortion operation.
Quality Inspection
Rigorous testing for air volume and noise levels before shipment to ensure CE standards.
Secure Packing
Industrial-grade packaging to protect FRP components during international transit.
Global Transport
Efficient logistics network ensuring timely delivery of livestock equipment worldwide.
After-Sale Support
Comprehensive technical guidance and parts availability for long-term maintenance.
Investment Return Comparison
| Feature | Standard Metal Fans | Our FRP Cone Fans |
|---|---|---|
| Corrosion Resistance | Low (Rusts quickly) | Excellent (FRP Material) |
| Airflow Efficiency | Medium | High (Cone Optimized) |
| Noise Level | High (Vibration) | Low (Balanced Design) |
| Maintenance Frequency | Frequent Painting/Repair | Minimal Maintenance |
| Long-term ROI | Low due to replacement | High due to durability |
Frequently Asked Questions
FRP (Fiber Reinforced Plastic) is inherently resistant to the ammonia and humidity found in livestock farms, whereas galvanized steel eventually rusts and degrades, leading to structural failure.
You should consider the total cubic volume of the house, the livestock density, and the required air exchange rate per hour. Our team can provide custom design calculations based on your specific dimensions.
Yes, our FRP exhaust fans are designed to integrate seamlessly with breeding automation and environmental control equipments for optimized temperature management.
The cone design streamlines airflow and reduces turbulence, resulting in a significantly higher air volume and better energy efficiency compared to traditional flat exhaust fans.
High-strength PVC shutters provide a tight seal when the fan is off, preventing cold drafts from entering the poultry house and maintaining a stable internal temperature.
Actually, our mirror-designed stainless steel blades are balanced and precision-moulded to reduce vibration, which is the primary cause of noise in industrial fans.
