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Product Description
Solberg 2030 Replacement Filter Element
The Solberg 2030 is a high-efficiency industrial replacement filter element engineered for vacuum pumps, compressors, blowers, and industrial air intake systems. Built with durable pleated polyester media, this filter cartridge delivers reliable particulate removal, low restriction airflow, and extended service life in demanding industrial operating environments.
Key Features
- High-efficiency pleated polyester filter media
- Designed for industrial vacuum and air intake filtration systems
- Excellent dirt holding capacity for longer service intervals
- Low pressure drop design maintains airflow efficiency
- Durable construction for heavy-duty industrial environments
- Moisture-resistant filter media for reliable operation
- Helps protect pumps, compressors, and blowers from contaminants
- Replaceable cartridge design simplifies maintenance
- Suitable for continuous-duty industrial applications
- Compatible with multiple Solberg filter housings
Applications
- Vacuum pumps
- Industrial air compressors
- Blower intake systems
- Pneumatic conveying equipment
- Dust collection systems
- Industrial air filtration systems
- Manufacturing facilities
- Packaging machinery
- Processing equipment
- General industrial maintenance applications
Technical Specifications
- Model: 2030
- Brand: Solberg
- Filter Media: Polyester
- Construction Type: Pleated Replacement Cartridge
- Application Type: Industrial Air Intake Filtration
- Moisture Resistant: Yes
- Flow Design: Low Restriction
- Compatible Equipment: Vacuum Pumps, Compressors & Blowers
- Filtration Type: Particulate Removal
- Service Type: Replaceable Filter Element
- Color: White Filter Media with Metal End Caps
Benefits
The Solberg 2030 replacement filter element provides dependable industrial air filtration while helping maintain efficient airflow and protecting equipment from harmful contaminants. Its durable pleated polyester construction and high dirt holding capacity help reduce maintenance frequency, extend equipment life, and improve overall system reliability.
