Hydraulic o-ring and seals for dynamic applications are manufactured by Gmors for use in both linear as well as reciprocating functions in hydraulic systems. Products include rotary shaft seals, rod seals, piston seals, wipers, back-up rings, cushions seals and more.
Hydraulic o-rings form a critical part of the sealing mechanism of
cylinders as a leakage preventer. During operation, they are subjected to
high temperatures and pressure extremity. Gmors seals and o-rings are sold
to distributors and heavy machinery manufacturers throughout the world in
industries as diverse as mining, food processing, oil and gas, agricultural,
material handling and power generation equipment.
O-Ring Designs in Hydraulic Applications
The sealing requirements for hydraulic equipment may be static,
reciprocating, rotary, oscillating and so on.
Static Sealing Applications are used where movements of mating
components relative to each other is not expected. Typically, static seals
are found below the head of bolts or rivets, in connections for piping or
related applications. The static nature of such seals still has to allow for
minor expansion due to heat, or movements due to vibration.
Reciprocating Seals are designed to allow for movement of mating
parts along the axis of the shaft in a hydraulic cylinder. The reciprocating
movement causes the hydraulic o-ring or seal to roll or slide back and
forth. A common use of the reciprocating seal would be found in the
hydraulic piston.
The inner and outer components of the seal assembly in oscillating seals
moves a manner of an arc around the axis of the shaft. In the process, the
components relative to the hydraulic o-ring or seal is typically rotated. In
the case where movement of the arc is greater than 360 degrees (example:
Repeated turning of the handle of valves during operation), the oscillating
seal differs from the rotary seal by way of the opposite direction of the
returning arc. In faucet valve stems, the oscillating seals can be found in
the form of an o-ring seal.
A single-directional turning around the axis of the shaft by either the
inner member, or the outer member of the sealing component distinguishes the
rotary seal. In this application, turning is reversible but is distinguished
from the oscillating seal in that the start and stop phase upon short arc
movements is not allowed for.
For more detailed information, please contact manufacturer by visiting our
official site.
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