Filtration Group filter element 852 125 DRG 25 NBR
High-quality wire mesh filter element from Filtration Group for surface filtration. Cleanable filter element as a suction and coarse filter in hydraulic filtration for highly viscous media and as a safety filter in cooling lubricant filtration
Filtration fineness: 25 µm
Filtration Group
Filtration and separation solutions from Filtration Group are designed to ensure success: they guarantee smooth plant operation, contribute to cleanliness in work environments and environmental protection, and safeguard valuable assets
Filter elements for liquid filters from Filtration Group
Cleanable wire mesh elements from Filtration Group have a sharp separation limit as surface filters and a low dirt holding capacity as depth filters. Filter elements are available in braid, body and linen weave.
Technical specifications:
- Filtration fineness: 10 to 500 µm (absolute)
- Nominal size: 50 to 450 l/min
- Direction of flow: From outside to inside
- Materials: Corrosion-protected end caps and support tubes, chrome VI-free
- Collapse pressure resistance: Up to a maximum of 210 bar
- Temperature application range: -10 °C to +120 °C
Advantages:
- Efficient filtration: Stainless steel wire mesh provides a sharp cut-off point and low flow resistance.
- Cleanable: Manual cleaning or using an ultrasonic bath possible.
- Universally applicable: Suitable for hydraulic and lubricating oil filtration, highly viscous media and cooling lubricants.
- Cost-efficient: Multiple reusable surface filters made of stainless steel wire mesh
- Rugged design: High differential pressure stability and wide temperature application range.
- Environmentally friendly: Chrome VI-free materials reduce the environmental impact.
Application areas:
- Hydraulic systems
- Lubricating oil systems
- Machine tools
- Agricultural and construction machinery
- Power generation
- Ship operating technology
- Stationary hydraulics
This filter element from Filtration Group offers a reliable and cost-effective solution for filtration in various industrial applications. Thanks to its robust design, high differential pressure stability and wide temperature application range, it is particularly versatile.