Innovative High-Pressure Centrifugal Fire-Extinguishing Exhaust Fan Launched for Industrial Applications

1. Product Overview
The newly developed High-Pressure Centrifugal Fire-Extinguishing Exhaust Fan offers a robust solution for industrial ventilation and material conveyance. Comprising five key components—inlet section, impeller, casing, sealing cover plate, and motor—this fan series is categorized into Type A, B, and C based on motor placement, ensuring adaptability to diverse spatial constraints.
2. Key Features
High Efficiency & Pressure: Engineered to deliver superior wind pressure (up to 9149Pa), outperforming axial fans in high-resistance scenarios like long pipelines or dense filtration systems.
Durable Construction: Impeller and casing crafted from cast iron, stainless steel, or alloy steel, with a thickened volute design for enhanced structural integrity.
Flexible Adjustability: Supports flow and pressure modulation via frequency converters, inlet guide vanes, or variable speed controls, with multiple inlet/outlet direction options.
Low Noise Operation: Optimized for minimal acoustic impact in demanding environments.
3. Safety & Adaptability
Isolation Protocols: During maintenance, critical components are sealed to prevent accidental gas leaks, akin to marine CO₂ system safety measures.
Material Compatibility: Suitable for non-corrosive, non-flammable gases (e.g., air) with dust levels ≤150 mg/m³ and temperatures ≤80°C.
4. Applications
Widely deployed in:
Industrial Ventilation: Forging furnaces, glass manufacturing, electroplating, and battery production.
Material Handling: Grain, mineral powder, and chat processing industries.
Equipment Integration: Compatible with carton machinery, tempered glass systems, and more.
5. Industry Impact
This fan series bridges the gap between high-pressure demand and operational safety, offering a versatile alternative to traditional axial fans. Its modular design and compliance with industrial standards make it a preferred choice for sectors prioritizing efficiency, durability, and system adaptability.