Material Information
U-cups
Standard materials:
Polyurethane - HNBR - NBR - EPDM - FKM - TFE/P
Manufacturing process:
- Machining (Seal24)
- Molding
Loaded U-cups
Standard materials:
Polyurethane - HNBR - NBR - EPDM - FKM - TFE/P - Hytrey
Manufacturing process:
- Machining (Seal24)
- Molding
Compacts
Standard materials:
Polyurethane - HNBR - NBR - EPDM - FKM - TFE/P - Hyrel
Manufacturing process:
- Machining (Seal24)
- Molding
Low Friction
Standard materials:
PTFE Unfilled - PTFE Bronzed Fill - PTFE with other fillers
Manufacturing process:
- Machining (Seal24)
U-CUPS
- Single Acting
- Medium Pressure
- Back Beveled Lip
- Non-Symmetrical Design
- Reduced Friction & Wear
- Single Acting
- High Pressure
- Back Beveled Lip
- Non-Symmetrical Design
- Reduced Friction & Wear
Positive actuated trapezoidal back-up ring prevents seal extrusion.
- Single Acting
- High Pressure
- Back Beveled Lip
- Non-Symmetrical Design
- Reduced Friction & Wear
Rectangular back-up ring is positive actuated prevents extrusion.
- Single Acting
- Low Pressure
- Back Beveled Lip
- Non-Symmetrical Design
U-CUP LOADED
- Single Acting
- Medium to High Pressure
- Back Beveled Lip
- Non-Symmetrical Design
- Positive Sealing
- Single Acting
- High Pressure
- Back Beveled Lip
- Non-Symmetrical Design
- Positive Sealing
Positive actuated trapezoidal back-up ring prevents seal extrusion.
- Single Acting
- High Pressure
- Back Beveled Lip
- Non-Symmetrical Design
- Positive Sealing
Rectangular back-up ring is positive actuated prevents extrusion.
LOW FRICTION
- Double Acting
- Low to Medium Pressure
- O-ring Energized
- Double Acting
- Low to Medium Pressure
- Rectangle Energized
- Double Acting
- Low to Medium Pressure
- O-ring Energized
The contoured PTFE cap is designed to resist extrusion and twisting.
- Single Acting
- Heavy-Duty Buffer Seal
- O-ring energizer
- Double Acting
- Low to Medium Pressure
- Rectangle Energized
The advanced face geometry is an excellent choice for double-acting applications where minimal dynamic leakage is required.
- Double Acting
- Low to Medium Pressure
- O-Ring Energized
- X-Ring for optimum performance and durability.
Especially effective in applications where two different types of media need to be separated such as in piston accumulators, intensifiers, and position-holding applications.
Stabilizers, Accumulators, Manlifts, and Industrial Presses.
- Double Acting
- Low to Medium Pressure
- Two O-Ring Energized
- X-Ring for optimum performance and durability.
HEAVY DUTY APPLICATIONS
Especially effective in applications where two different types of media need to be separated such as in piston accumulators, intensifiers, and position-holding applications.
Stabilizers, Accumulators, Manlifts, and Industrial Presses.
- Double Acting
- Medium Pressure
Multi-lip sealing element provides minimal low-pressure friction and very efficient dynamic sealing
COMPACT
- Double Acting
- High Pressure
- O-ring Energized
- Back-ups are positively actuated
- Designed to retrofit standard O-ring grooves
***
- Double Acting
- Low to Medium Pressure
- Economical Cost
- Double Acting
- Medium to High Pressure
- Integrated positive actuated wear rings also acts as back-up rings
- Double Acting
- Medium to High Pressure
- Integrated positive actuated wear rings also acts as back-up rings
- The energizer design is responsiveness to changing pressures.
- Double Acting
- Medium to High Pressure
- Integrated positive actuated back-up rings
- Excellent extrusion, shock resistances
- The energizer design is responsiveness to changing pressures.
- Double Acting
- Medium Pressure
- Integrated positive actuated wear rings also acts as back-up rings
- Excellent extrusion, shock resistances
- The energizer design is responsiveness to changing pressures.
- Double Acting
- Medium to High Pressure
- Integrated positive actuated back-up rings
- Excellent extrusion, shock resistances
- The energizer design is responsiveness to changing pressures.
- Double Acting Medium
- Pressure Integrated positive actuated wear rings also acts as back-up rings
- Excellent extrusion, shock resistances
- The energizer design is responsiveness to changing pressures.
- Double Acting
- Medium Pressure
Multi-lip sealing element provides minimal low-pressure friction and very efficient dynamic sealing
- Double Acting Medium
- Pressure Integrated positive actuated wear rings also acts as back-up rings
- Excellent extrusion, shock resistances
- The energizer design is responsiveness to changing pressures.
Multi-lip sealing element provides minimal low-pressure friction and very efficient dynamic sealing
- Double Acting
- Medium to High Pressure
- Integrated positive actuated back-up rings Excellent extrusion, shock resistances
- The energizer design is responsiveness to changing pressures.
Multi-lip sealing element provides minimal low-pressure friction and very efficient dynamic sealing