- 30-day returns
- Fast shipping
- Secure payments
- Over 300,000 products
age_group:
18+
category:
Industrial Supplies
country_of_origin:
USA
manufacturer:
Solberg Manufacturing
mpn:
FS(12)-235P-300
subcategory:
Air Compressors & Accessories
type:
Air Intake Filters & Silencers
Product Description
Ultra High-Flow Industrial Filtration with Advanced Noise Reduction & Weather Protection
The Solberg FS-235P-300 Air Inlet Filter Silencer is designed for large-scale industrial applications requiring maximum airflow, efficient air filtration, and intake noise reduction. Built with a fully integrated weatherhood and advanced tubular silencing design, this unit ensures reliable performance with minimal pressure drop in demanding environments.
Key Features:
- High-efficiency polyester filter media with 99%+ filtration efficiency
- 5-micron filtration rating for fine particle removal
- Fully drawn weatherhood protects against dust, debris, and moisture
- Advanced tubular silencing design reduces intake noise while maintaining high airflow
- Low pressure drop design improves system efficiency
- Heavy-duty carbon steel housing with corrosion-resistant powder coating
- Replaceable filter element for extended service life
- Integrated gasket seal ensures leak-free performance
Specifications:
- Model: FS-235P-300
- Connection Size: 3" NPT (MPT)
- Flow Rate: Up to 300 CFM
- Filter Media: Polyester
- Micron Rating: 5 µm
- Efficiency: 99%+
- Material: Carbon Steel
- Finish: Corrosion-Resistant Gray Powder-Coated
- Operating Temperature: -15°F to 220°F
- Dimensions: Approx. 10" Diameter x 13" Height
- Weight: Approx. 15–18 lbs
- Noise Reduction: Approx. 5–15 dB
Applications:
- Air compressors (piston & screw)
- Vacuum pumps
- Blowers (PD & side channel)
- Pneumatic conveying systems
- Hydraulic breathers
- Wastewater aeration systems
- Heavy-duty industrial environments
This filter silencer provides ultra-high airflow capacity, fine filtration, and effective noise attenuation, making it ideal for extending equipment life and ensuring reliable performance in high-demand industrial systems.