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Hydraulic & Fluid Seals > Piston
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Parker Hydraulic Piston Seals
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Industrial Seal Inc. offers a wide range of hydraulic and pneumatic piston seal profiles to meet the
broad demands of the fluid power industry. These piston seals are offered in a variety of
compounds and lip geometries for the best possible solution for a given application.
Click each link below to expand the corresponding Product Information.
- BP Profile, Premium TPU Cap Seal
Parker’s BP profile is a squeeze type, bi-directional piston seal for use in medium to heavy duty hydraulic
applications. This seal is primarily designed for linear applications but has been successfully used as a
low speed rotary seal. The standard material for this profile is Resilon ER, compound P4304. This is a
proprietary Parker polyurethane offering higher wear resistance, extrusion resistance, and extended
temperature range. The Resilon ER cap is energized using a resilient nitrile elastomer offering low
compression set. The BP seal’s geometry provides a fluid reservoir between the two sealing lips which
holds system fluid, resulting in reduced breakaway and running friction. The BP is offered in two syles,
standard and narrow, with the standard style designed to retrofit o-ring grooves. The BP profile is easy to
install and will resist rolling and twisting in long stroke applications.
The BP profile is sold only as an assembly (seal and energizer). See part number nomenclature.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| P4304D60 |
-65°F to 275°F
(-54°C to 135°C) |
7000psi
(482 bar) |
< 1.6 ft/s
(0.5 m/s) |
| Energizer |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc.
† Pressure Range: without rear wings.
- PSP Profile, TPU Piston Cap Seal
Parker’s PSP seal is a squeeze type, bi-directional piston seal for use in light to medium duty hydraulic
applications. Available from proprietary Parker polyurethanes, the PSP offers low friction, abrasion and
extrusion resistance. The nitrile elastomer energizer ensures resistance to compression set to increase
seal life. Th e PSP seal’s geometry provides a fluid reservoir between the two sealing lips which holds
system fluid, resulting in reduced breakaway and running friction. Designed to retrofit grooves for a single
o-ring or an o-ring with two back-ups, the PSP profile is easy to install and resist rolling and twisting in
long stroke applications.
The PSP profile is sold only as an assembly (seal and energizer). See part number nomenclature.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| P4622A90 |
-65°F to 225°F
(-54°C to 107°C) |
5000psi
(344 bar) |
< 1.6 ft/s
(0.5 m/s) |
| P4300A90 |
-65°F to 275°F
(-54°C to 135°C) |
5000psi
(344 bar) |
< 1.6 ft/s
(0.5 m/s) |
| Energizer |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc.
† Pressure Range: without rear wings.
- CC Profile, High Pressure Split Cap Piston Seal
Parker’s CC profile, also known as the ChemCast™ seal, is a bi-directional piston seal designed for
heavy duty applications. The CC profile design consists of a self-lubricated, glass reinforced,
heatstabilized, thermoplastic O.D. sealing ring that is energized by a flexible, oval shape, energizer.
When installed in the bore, the precision step cut ring is aligned and compressed to provide drift free
operation that can withstand pressure exceeding 50,000 psi. The hard thermoplastic cap allows the CC
profile to work effectively in substandard, rough-surfaced cylinders with much lower tolerances. The CC is
an excellent choice for mobile equipment experiencing shock loads. The CC profile can pass over ports,
resist cold flow and protect against metal-to-metal contact.
The CC profile is sold only as an assembly (seal and energizer). See part number nomenclature.
Technical Data
| Standard Materials |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| W4650NHH |
-65°F to 300°F
(-54°C to 149°C) |
50,000psi
(3447 bar) |
< 3.3 ft/s
(1.0 m/s) |
| Energizer |
| A80A Nitrile |
-40°F to 250°F
(-40°C to 121°C) |
|
|
† Pressure Range: without rear wings.
- OK Profile, High Pressure Split Cap Piston Seal
Parker’s CC profile, also known as the ChemCast™ seal, is a bi-directional piston seal designed for
heavy duty applications. The CC profile design consists of a self-lubricated, glass reinforced,
heatstabilized, thermoplastic O.D. sealing ring that is energized by a flexible, oval shape, energizer.
When installed in the bore, the precision step cut ring is aligned and compressed to provide drift free
operation that can withstand pressure exceeding 50,000 psi. The hard thermoplastic cap allows the CC
profile to work effectively in substandard, rough-surfaced cylinders with much lower tolerances. The CC is
an excellent choice for mobile equipment experiencing shock loads. The CC profile can pass over ports,
resist cold flow and protect against metal-to-metal contact.
The CC profile is sold only as an assembly (seal and energizer). See part number nomenclature.
Technical Data
| Standard Materials |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| W4650NHH |
-65°F to 275°F
(-54°C to 135°C) |
7250psi
(500 bar) |
< 3.3 ft/s
(1.0 m/s) |
| Energizer |
| A80A Nitrile |
-40°F to 250°F
(-40°C to 121°C) |
|
|
† Pressure Range: without rear wings.
- PIP Profile, Loaded Lip Seal with Pressure Inverting Pedestal
The Parker PIP profile combines a “Pressure Inverting Pedestal” with a Type B PolyPak to provide
excellent, bi-directional piston sealing in hydraulic applications. The Pressure Inverting Pedestal conforms
to the beveled sealing lips of the Type B PolyPak to provide extrusion resistance when pressure is
applied to the heel side of the seal. The PIP profile requires only a single seal groove for installation. This
eliminates the use of two PolyPaks on the piston to save space and increase bearing length.
Note: The PIP profile may be purchased as an assembly (Type B PolyPak and PIP ring) or separately as
a PIP ring only. If purchasing as an assembly, the standard material is a 4615 Type B PolyPak with
4617 PIP ring. If you desire alternate material combinations, please rder the PIP ring and Type B PolyPak
separately.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Type B PolyPak |
| P4615A90 |
-65°F to 200°F
(-54°C to 93°C) |
5000psi
(344 bar) |
< 1.6 ft/s
(0.5 m/s) |
| PIP Ring |
| P4617D65 |
-65°F to 250°F
(-54°C to 121°C) |
5000psi
(344 bar) |
< 1.6 ft/s
(0.5 m/s) |
| Optional Materials |
| PIP Ring |
| Z4652D65 |
-65°F to 275°F
(-54°C to 135°C) |
10,000psi**
(689 bar) |
|
| W4685R119 |
-65°F to 275°F
(-54°C to 135°C) |
10,000+ psi
(689 bar) |
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc.
† Pressure Range: without rear wings.
**Pressure rating dependant on entire assembly of PolyPak shell/energizer and PIP ring.
Note: The PIP may be ordered separately. Please contact Industrial Seal Inc.
- B7 Profile, U-cup Piston Seal
The B7 profile is a non-symmetrical, hydraulic cylinder piston seal. The knife trimmed, beveled lip
contacts the bore to provide enhanced low to high pressure sealing and wiping action. When installed, the
diameter of the B7 profile is stretched slightly to fit the gland. This ensures a tight static seal with the
gland and improves stability in application. The B7 profile is available in Parker proprietary urethane
compounds providing excellent wear, extrusion and compression set resistance. The B7 profile is a unidirectional
seal. Two seals can be placed on a piston, back to back, in separate glands offering
bidirectional fluid sealing.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| P4300A90 |
-65°F to 275°F
(-54°C to 135°C) |
5000psi
(344 bar) |
< 1.6 ft/s
(0.5 m/s) |
| P4301A90 |
-65°F to 275°F
(-54°C to 135°C) |
5000psi
(344 bar) |
< 1.6 ft/s
(0.5 m/s) |
| P4700A90 |
-65°F to 200°F
(-54°C to 93°C) |
5000psi
(344 bar) |
< 1.6 ft/s
(0.5 m/s) |
| P5065A88 |
-70°F to 200°F
(-57°C to 93°C) |
3500psi
(241 bar) |
< 1.6 ft/s
(0.5 m/s) |
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc.
† Pressure Range: without rear wings.
- UP Profile, Industrial U-cup Piston Seal
The UP profile is a non-symmetrical, hydraulic piston seal. The knife trimmed, beveled lip faces the bore
to provide enhanced low to high pressure sealing and wiping action. The UP profile is a uni-directional
seal. Two UP seals can be used, back to back, in separate grooves to provide bi-directional pressure
sealing. The UP profile is an economical choice, available in Parker’s wear and extrusion resistant
Molythane compound.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| P4615A90 |
-65°F to 200°F
(-54°C to 93°C) |
5000psi
(344 bar) |
< 1.6 ft/s
(0.5 m/s) |
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc.
† Pressure Range: without rear wings.
- E4 Profile, Premium Rounded Lip U-cup Piston Seal
Parker’s E4 profile is a non-symmetrical piston seal designed to seal both lubricated and non-lubricated
air. To ensure that critical surfaces retain lubrication, the radius edge of the lip is designed to hydroplane
over pre-lubricated surfaces. The standard compound for the E4 profile is Parker proprietary Nitroxile ELF
compound N4274A85. This compound is formulated with proprietary internal lubricants to provide
“Extreme Low Friction” and excellent wear resistance. This compound provides extended cycle life over
standard nitrile and carboxylated nitrile compounds.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| N4274A85 |
-10°F to 250°F
(-23°C to 121°C) |
250psi
(17 bar) |
< 3 ft/s
(1 m/s) |
| N4180A80 |
-40°F to 250°F
(-40°C to 121°C) |
250psi
(17 bar) |
< 3 ft/s
(1 m/s) |
| V4208A90 |
-5°F to 400°F
(-21°C to 204°C) |
250psi
(17 bar) |
< 3 ft/s
(1 m/s) |
| P5065A88 |
-70°F to 200°F
(-57°C to 93°C) |
250psi
(17 bar) |
< 3 ft/s
(1 m/s) |
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc.
† Pressure Range: without rear wings.
- BMP Profile, Rounded Lip Seal with Bumper Cushion
The Parker BMP profile is a low friction bumper and seal providing quiet deceleration and reduced end
stroke noise in pneumatic piston applications. Designed to mount on the ends of the piston and to
be used along with Parker’s V6 profile cushion seal, the bumper pad absorbs the final inertia which
prevents contact between the piston and tube ends. The BMP profile can also be used without cushion
seals in less critical applications. The BMP profile has a rounded sealing edge which hydroplanes over
pre-lubricated surfaces extending cycle life and reducing friction. The BMP profile is available in Parker
proprietary Nitroxile compound, offering low friction and wear resistance, as well as fluorocarbon for
extended temperature range.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| N4274A85 |
-10°F to 250°F
(-23°C to 121°C) |
250psi
(17 bar) |
< 3 ft/s
(1 m/s) |
| V4208A90 |
-5°F to 400°F
(-21°C to 204°C) |
250psi
(17 bar) |
< 3 ft/s
(1 m/s) |
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc.
† Pressure Range: without rear wings.
- TP Profile (Piston T-seal), Compact Seal with Anti-Extrusion Technology
The Parker BMP profile is a low friction bumper and seal providing quiet deceleration and reduced end
stroke noise in pneumatic piston applications. Designed to mount on the ends of the piston and to
be used along with Parker’s V6 profile cushion seal, the bumper pad absorbs the final inertia which
prevents contact between the piston and tube ends. The BMP profile can also be used without cushion
seals in less critical applications. The BMP profile has a rounded sealing edge which hydroplanes over
pre-lubricated surfaces extending cycle life and reducing friction. The BMP profile is available in Parker
proprietary Nitroxile compound, offering low friction and wear resistance, as well as fluorocarbon for
extended temperature range.
Technical Data
| Base Elastomer* |
Temperature Range |
Surface Speed |
| N4115A75 |
-40°F to 225°F
(-40°C to 107°C) |
< 1.6 ft/s
(0.5 m/s) |
| N4274A85 |
-10°F to 250°F
(-23°C to 121°C) |
< 1.6 ft/s
(0.5 m/s) |
| V4205A75 |
-20°F to 400°F
(-29°C to 204°C) |
< 1.6 ft/s
(0.5 m/s) |
| E4259A80 |
-65°F to 300°F
(-54°C to 149°C) |
< 1.6 ft/s
(0.5 m/s) |
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc. or alternate elastomer materials.
- S5 Profile, Square PTFE Cap Seal
The Parker S5 profile is a bi-directional piston seal for use in low to medium duty hydraulic actuators and
is suitable for sealing against hardened surfaces in pneumatic applications. The S5 profile is a two
piece design comprised of a standard size Parker o-ring energizing a glass-filled PTFE cap. The S5
profile offers long wear, low friction and because of its short assembly length requires minimal gland
space on the piston. The seal is commonly used in applications such as agriculture hydraulics, mobile
hydraulics, machine tools, and hydraulic presses. Parker’s S5 profile will retrofit non-Parker seals of
similar design and is an updated version of the Parker S5000 piston seal.
The S5 profile may be ordered without the energizer by omitting theenergizer code. See part number
nomenclature.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| 020315% fiberglass filled PTFE |
-200°F to 575°F
(-129°C to 302°C) |
3500psi
(241 bar) |
< 13 ft/s
(4 m/s) |
| Energizer |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc. for alternate PTFE and energizer materials.
† Pressure Range: without rear wings.
- R5 Profile, Rectangular PTFE Cap Seal
The Parker R5 profile is a bi-directional piston seal for use in medium to heavy duty hydraulic actuators
and is suitable for sealing against hardened surfaces in pneumatic applications. The R5 profile is a two
piece design comprised of a standard size rubber square ring energizing a rectangular shaped PTFE cap.
The R5 profile offers excellent stability, long wear, low friction and extrusion protection. The seal is
commonly used in applications such as agriculture hydraulics, mobile hydraulics, machine tools and
hydraulic presses. Parker’s R5 profile will retrofit non- Parker seals of similar design and is an updated
version of the Parker R5100 piston seal.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| 020315% fiberglass filled PTFE |
-200°F to 575°F
(-129°C to 302°C) |
3500psi
(241 bar) |
< 13 ft/s
(4 m/s) |
| Energizer |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc. for alternate PTFE and energizer materials.
† Pressure Range: without rear wings.
- CT Profile, Premium PTFE Cap Seal with Anti-Extrusion Technology
The Parker CT Profile is a robust design for heavy duty hydraulic applications. The CT Profile is an
excellent choice for sealing mobile hydraulic applications that experience shock loads. The CT profile is a
four piece assembly made up of a rubber energizer, PTFE cap and two back-up rings. In application, fluid
pressure forces the rubber energizer to apply increased load against the PTFE cap and back-up rings.
This results in increased sealing force against the bore and allows the backup rings to close off the
extrusion gap between the piston and the bore. Once activated by pressure, the back-up rings protect the
seal from extruding and keep internal contamination away from the PTFE cap. Parker’s CT profile will
retrofit non-Parker seals of similar design.
The CT Profile is sold only as an assembly (seal and energizer). See part number nomenclature.
Technical Data
| Standard Materials* |
Temperature Range** |
Surface Speed |
| Cap |
| 040140% bronze filled PTFE |
-200°F to 575°F
(-129°C to 302°C) |
< 5 ft/s
(1.5 m/s) |
| Energizer |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc. for alternate PTFE, energizer and backup materials.
** The temperature range of the CT profile is limited to the energizer. A wider temperature range can be
achieved by using alternate energizer and back-up ring compounds.
- CQ Profile, Premium PTFE Cap Seal with Anti-Drift Technology
The Parker CQ profile is a bi-directional piston seal for use in medium to heavy duty hydraulic
applications. The CQ profile is a unique seal design that includes a rubber quad seal in the PTFE cap to
ensure drift free performance. The PTFE cap is a stable rectangular shape and is energized, depending
on its cross section, by a single square energizer or dual Parker o-rings. The CQ piston seal is commonly
used in applications such as mobile hydraulics, lift trucks, standard cylinders and piston accumulators.
Parker’s CQ profile will retrofit non-Parker seals of similar design. The CQ profile may be ordered without
the energizer and quad seal byomitting the energizer/quad seal code. See part number nomenclature.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| 040140% bronze filled PTFE |
|
5000psi
(344 bar) |
< 9.8 ft/s
(3 m/s) |
| Energizer / Quad Seal |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc. for alternate PTFE and energizer materials.
† Pressure Range: without rear wings.
Notched Walls: Adding an “N” to the end of the part number indicates that notches are to be added to
the side walls of the PTFE cap. Notches can help optimize the seal’s response to fluid pressure. In
application, the void created by the notch allows fluid pressure to fill the cavity between the side face of
the gland and the seal. Contact Industrial Inc. for the availability and cost toadd side notches to the CQ
profile.
N = Notched walls
Metric: To configure metric part numbering contact Industrial Seal Inc. for availability.
- OE Profile, PTFE Piston Cap Seal
The Parker OE profile is a bi-directional piston seal for use in low to medium duty hydraulic applications.
The OE profile is a two piece design comprised of a standard size Parker o-ring energizing a wear
resistant PTFE cap. The OE profile offers long wear, low friction and because of its short assembly length
requires minimal gland space on the piston. The seal is commonly used in applications such as mobile
hydraulics, machine tools, injection molding machines and hydraulic presses. Parker’s OE profile will
retrofit non-Parker seals of similar design.
The OE profile may be ordered without the energizer by omitting the energizer code. See part number
nomenclature.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| 040140% bronze filled PTFE |
-200°F to 575°F
(-129°C to 302°C) |
5000psi
(344 bar) |
< 13 ft/s
(4 m/s) |
| Energizer |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc. for alternate PTFE and energizer materials.
† Pressure Range: without rear wings.
Notched Walls: Adding an “N” to the end of the part number indicates that notches are to be added to
the side walls of the PTFE cap. Notches can help optimize the seal’s response to fluid pressure. In
application, the void created by the notch allows fluid pressure to fill the cavity between the side face of
the gland and the seal. Contact Industrial Inc. for the availability and cost toadd side notches to the OE
profile.
N = Notched walls<
- CP Profile, PTFE Piston Cap Seal
The Parker CP profile is a cap seal with anti-extrusion, low friction and low wear features. The CP profile
is a bi-directional piston seal for use in low to medium duty applications. The CP profile retrofits into a
standard size o-ring groove without modification. There are three CP profiles to match the groove width
for a single o-ring, o-ring with one back-up, or an o-ring with two back-up rings. Because of the unique
design of the filled PTFE cap, the CP profile offers long wear, low friction and anti-extrusion.
Because of its short assembly length, only minimal gland space is needed to fit the seal on the piston.
Parker’s CP profile will retrofit non- Parker seals of similar design.
CP0 — a standard o-ring groove.
CP1 — an o-ring groove designed for one back-up ring.
CP2 — an o-ring groove designed for two back-up rings.
The CP profile may be ordered without the energizer by omitting the energizer code. See part number
nomenclature.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| 040140% bronze filled PTFE |
-200°F to 575°F
(-129°C to 302°C) |
3500psi
(240 bar) |
< 13 ft/s
(4 m/s) |
| Energizer |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc. for alternate PTFE and energizer materials.
† Pressure Range: without rear wings.
Notched Walls: Adding an “N” to the end of the part number indicates that notches are to be added to
the side walls of the PTFE cap. Notches can help optimize the seal’s response to fluid pressure. In
application, the void created by the notch allows fluid pressure to fill the cavity between the side face of
the gland and the seal. Contact Industrial Inc. for the availability and cost to add side notches to the CP
profile.
N = Notched walls<
- OA Profile, Compact PTFE Piston Cap Seal
The Parker OA profile is a bi-directional piston seal for use in pneumatic and low to medium duty
hydraulic applications. The OA profile is a two piece design utilizing a rectangular PTFE cap
and standard size o-ring. The OA profile is an excellent choice for applications requiring a compact
design. The unique properties of the modified PTFE provide added wear resistance for improved cycle
life. Parker’s OA profile will retrofit non-Parker seals of similar design.
The OA profile may be ordered without the energizer by omitting the energizer code. See part number
nomenclature.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| 0102Modified PTFE |
-320°F to 400°F
(-195°C to 282°C) |
1500psi
(103 bar) |
< 13 ft/s
(4 m/s) |
| Energizer |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
|
* Alternate Materials: For applications that may require an alternate material, please see Section 3 for
alternate PTFE and energizer materials.
† Pressure Range: without rear wings.
Notched Walls: Notches can be added to the side walls of the PTFE cap. This can help to optimize
the seal’s response to fluid pressure. Notched side walls help ensure that fluid pressure fills the cavity
between the side face of the seal and the side face of the seal gland. Consult Industrial Seal Inc. for the
availability and cost to add side notches to the OA profile.
N = Notched walls
- OQ Profile, Rotary PTFE Cap Seal
The Parker OQ profile is a bi-directional piston seal for use in low to medium duty rotary or oscillating
applications. The OQ profile is a two piece design comprised of a standard size o-ring energizing a wear
resistant PTFE cap. The OQ profile offers long wear and low friction, without sticks lip. The PTFE inner
diameter is designed with a special interference with the o-ring to eliminate spinning between the o-ring
and seal. Special grooves are designed into the PTFE outer diameter to provide lubrication and create a
labyrinth effect for reduced leakage. Parker’s OQ profile will retrofit non-Parker seals of similar design.
The OQ profile may be ordered without the energizer by omitting the
energizer code. See part number nomenclature.
Technical Data
| Standard Materials* |
Temperature Range |
Pressure Range† |
Surface Speed |
| Cap |
| 020515% fiberglass- 5% molybdenum disulfide-filled PTFE |
-200°F to 575°F
(-129°C to 302°C) |
3000psi
(206 bar) |
< 3.3 ft/s
(1.0 m/s) |
| Energizer |
| A70A Nitrile |
-30°F to 250°F
(-34°C to 121°C) |
|
|
* Alternate Materials: For applications that may require an alternate material, please contact Industrial
Seal Inc. for alternate PTFE and energizer materials.
† Pressure Range: without rear wings.
Metric: For metric part numbering and availability, contact Industrial Seal Inc.
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