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EKO element WK G1 fits Walker’s earliest filter housings.
Product overview
EKO element WK G1 for Walker’s earliest filter housings. is designed for stable and efficient compressed air filtration. It supports reliable operation in industrial systems. The element helps maintain consistent air quality. It protects downstream equipment from contamination. The construction is focused on durability and long service life. It is suitable for demanding working environments.
Filtration stages and technical structure
The system uses multiple filtration stages. Each stage targets specific particle sizes and contamination types. This ensures controlled and efficient air purification.
| Model | Fineness µ | Oil residue content | Type |
| X25 | Coarse filter | 25 µm | Coarse solid particles, liquid water, oil aerosols |
| X5 | Prefilter | 5 µm | solid particles, liquid water, oil aerosols |
| X1 | Fine filter | 1 µm | solid particles, liquid water, oil aerosols |
| XA | Ultra fine filter | 0.01 µm | solid particles, liquid water, oil aerosols |
| AC | Active Carbon | oil, hydrocarbons, vapors and odors | |
| AC/XA | Activated Carbon (Duplex) | oil, hydrocarbons, vapors and odors |
Each stage improves air quality step by step. Larger particles are removed first. Finer filtration follows later. This helps ensure stable system performance. It also protects sensitive components from damage.
Operational advantages
The filter element is designed for low pressure drop. This improves energy efficiency during operation. It also reduces compressor load. The filter media has strong dirt-holding capacity. This extends service intervals. It performs reliably under continuous industrial use. Airflow remains stable over time.
Compatibility and quality assurance
EKO element WK G1 for Walker’s earliest filter housings. is tested to meet original performance standards. It ensures consistent filtration results in demanding systems. The element is fully compatible with Walker filter housings. It delivers stable separation of oil, water, and solid particles.
