Overview of Compression Fittings

Media: Compressed air, non-corrosive industrial media
Materials: Pressed or turned brass
Pressure: 550 bar
Temperature: -40°C to +250°C
Ø Metric: 4 mm to 28 mm
Applications:
- Compressed air technology
- Automotive production
- Lubrication systems
- Media transfer
- Packaging
- Industrial machinery
Advantages:
- wide range of applications: in pneumatics and for hydraulic applications (medium pressure)
- compatible with numerous industrial media
- excellent sealing through compression ring connection
- optimal service life through metallic sealing
- connection of various tubes and hoses: metal, polymer, steel, rubber...

Media: Compressed air, coolants, industrial and corrosive media
Materials: Stainless steel 316L
Pressure: 400 bar
Temperature: -40°C to +250°C
Ø Metric: 6 mm to 16 mm
Applications:
- Food industry
- Media transfer
- Compressed air technology
- Automotive production
- Petrochemicals
- Chemical industry
- Off-shore
Advantages:
- suitable for all environments and all media
- resistant to pressure surges and vibrations
- excellent sealing and secure tube retention
- wide range of applications: in pneumatics and for hydraulic applications (medium pressure)
- optimal service life through metallic sealing
- numerous tube configurations

Media: Compressed air, mildly corrosive industrial media
Materials: Pressed or turned brass, nickel-plated
Pressure: 40 bar
Temperature: -40°C to +100°C
Ø Metric: 4 mm to 14 mm
Applications:
- Food industry
- Painting
- Pneumatics
- Chemical industry
- Welding systems
- Laboratories
- Rail vehicles
Advantages:
- knurled union nut for easy tool-free manual assembly
- quick installation and removal
- suitable for all hoses with a Shore hardness of 90 A
- mechanical stop on the fitting nozzle prevents over-tightening
- special anchoring system ensures dead-space-free sealing and excellent hold
- reliable sealing system without O-ring and without compression ring
- low and medium pressure
- nickel-plated surface for better corrosion protection