NMY Rod Seal – Double-Acting Hydraulic Rod Seal with Asymmetrical Lips and Integrated Pressure Balance
NMY double-acting rod seal with asymmetrical lips and pressure balance for medium-pressure hydraulics. Low friction, compact, reliable. PU, –35°C~100°C, ≤35 MPa.
NMY Rod Seal – A precision-engineered double-acting hydraulic rod seal designed for medium-duty cylinder applications requiring reliable bidirectional sealing and pressure stability. This asymmetrical lip seal features an optimized lip profile that delivers positive sealing under both dynamic stroking and static dwell conditions, while the integrated pressure-relief geometry minimizes lip lift-off at elevated speeds and reduces hydrodynamic pressure entrapment. The low-friction compound reduces heat generation, stick-slip, and wear, extending service life in high-cycle operations. The compact cross-section simplifies groove machining and installation, making this medium-pressure rod seal ideal for mobile equipment, industrial machinery, and pneumatic systems where space and performance are critical. Material: premium polyurethane. Temp: –35°C to +100°C. Pressure: up to 35 MPa. Speed: up to 2.5 m/s.
Double-acting rod seal with asymmetrical lip design for bidirectional sealing
Integrated pressure-relief geometry minimizes lip lift-off at elevated speeds
Low-friction compound reduces heat, stick-slip, and wear for extended service life
Compact cross-section simplifies groove machining and installation
Pressure-balanced design ensures stable performance under pressure fluctuations
Medium-pressure capability up to 35 MPa; speed up to 2.5 m/s
Ideal for mobile equipment, industrial machinery, and medium-duty hydraulic cylinders
NMY Rod Seal – Double-acting hydraulic rod seal with asymmetrical lips and integrated pressure balance. Delivers reliable bidirectional sealing, low friction, and stable performance in medium-pressure applications. Compact PU design. –35°C~100°C, ≤35 MPa, ≤2.5 m/s.
Original text from: Hydraulic and Pneumatic Seals https://www.bszzseal.com/
