Double-Lip Seal Ring TY9103C: High-Performance Sealing Element
Description
The Double-Lip Seal Ring TY9103C is a high-performance sealing element widely used in hydraulic systems, pneumatic cylinders, and various mechanical equipment. Its main function is to achieve a dual seal during the reciprocating motion of pistons, piston rods, or plungers, effectively preventing media leakage and the intrusion of external contaminants. This guarantees the stable operation and extended service life of the equipment.
The TY9103C double-lip seal ring features a well-designed cross-section that allows for uniform pressure distribution and reduced frictional resistance, ensuring smooth motion. Furthermore, this seal ring possesses excellent self-compensating capability, enabling it to adapt to minor vibrations and displacements during equipment operation, thus further enhancing sealing reliability.
Application
The Double-Lip Seal Ring TY9103C is primarily used for sealing pistons, plungers, and piston rods in hydraulic systems, and is particularly suitable for operating conditions involving high pressure, high speed, and reciprocating motion.
For instance, in a hydraulic cylinder, this seal ring effectively prevents hydraulic fluid leakage while simultaneously blocking external dust and contaminants from entering the system, thereby ensuring operational efficiency and cleanliness of the equipment. Additionally, this seal ring is also widely applied in pneumatic cylinders, compressors, and other industrial equipment, demonstrating broad applicability and reliability.

We supply the following fan accessories.
|
Sealing gasket for servo valve |
TY9112 |
|
servo valve |
TY9100F |
|
Cylinder group connecting rod |
HU26650-22 |
|
slider |
HU25240-22 |
|
bearing |
2YZG36,0JJQ40 |
|
Combination sealing ring |
UYG35/20G010 |
|
O-ring seal |
U3719G2108Y02-O |
|
Servo valve connecting rod of induced draft fan |
HU27452-22 |
|
Primary fan servo valve connecting rod |
GU24036-11 |
|
servo valve |
HU25240-22 |
|
servo valve |
SFG190*159D161-F |
HKZX-2025-11-07