FW4 Ultra-Wide Angle Flat Fan Compressed Air Nozzle, 48-Hole Plastic, 1/4" BSPT
Description
The FW4 ultra-wide angle flat fan compressed air nozzle is an industrial-grade blow-off nozzle molded from lightweight, durable ABS plastic, ensuring long service life and easy installation.
Engineered for an extra-wide flat fan pattern, this nozzle delivers a blowing width of approximately 111 mm. Featuring 48 precision orifices (holes), it ensures uniform air distribution and wide coverage, making it ideal for applications requiring broad-area blowing, such as conveyor systems, flat sheets, or continuous production lines.
It is highly effective for cooling, drying, blow-off cleaning, and water removal. The nozzle is designed to optimize airflow, significantly reducing compressed air consumption, lowering noise levels, and enhancing overall operational efficiency in industrial environments.
Technical Specifications
| Specification | FW4-ABS |
| Image | ![]() |
| Air Outlet Holes | 48 Holes |
| Material | ABS Plastic |
| Thread Size | 1/4″ BSPT |
| Maximum Operating Temperature | 77°C |
| Maximum Operating Pressure | 7 Bar |
| Air Pattern | Wide Flat Fan Stream |
| Recommended Applications | Cooling Drying Water blow-off Conveyor systems |
| Key Features | Ultra-wide tream Uniform distribution Air-saving Wide coverage |
Key Features
- Manufactured from lightweight, highly durable ABS plastic
- Wide flat fan air pattern for excellent area coverage
- 48 orifices (holes) for uniform and even air distribution
- Blowing width of approximately 111 mm
- Reduces compressed air consumption and lowers noise levels
- Easy installation with standard 1/4″ BSPT thread
- Ideal for continuous blow-off applications on production lines
Application
- Cooling applications
- Drying applications
- Parts blow-off cleaning
- Water blow-off from parts
- Dust and debris blow-off
- Conveyor belt cleaning
- Conveyor systems
- Machinery and automation systems
- Packaging industry
- Plastics industry
- Food and beverage industry
- Automotive industry
Performance Data
Ordering Information
